mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed in a first node of a communication network , said node being connected to a Lawful Interception, LI, system , said method comprising: - receiving (S110) from a Radio Access Network , RAN, a LI notification message indicating that service related content, pre-stored or cached in a storage in a wireless User Equipment , UE, or the RAN , has been used by the UE ; - processing (S120) the LI notification message for identifying the service related content; - sending (S130) the identified service related content to the LI system as Content of Communication, CC, together with Intercept Related Information, IRI. - receiving (S110) from a Radio Access Network , RAN, a LI notification message indicating that service related content, pre-stored or cached in a storage in a wireless User Equipment , UE, or the RAN , has been used by the UE ; - processing (S120) the LI notification message for identifying the service related content; - sending (S130) the identified service related content to the LI system as Content of Communication, CC, together with Intercept Related Information, IRI.
A non-deliquescent acid addition salt of elagolix, wherein the acid is a strong acid having a pKa in water of at most 1.0, which acid addition salt is crystalline or amorphous.
An electrical device assembly comprising: an electrical device comprising: a first stud adapted to be coupled to a first terminal; a receiving hole in a housing of the electrical device; and a single stud fuse assembly comprising: a single stud fuse comprising a shaft receptacle ; a landing pad comprising a landing pad shaft and a stud base receptacle , the landing pad shaft being orbitally riveted into the receiving hole of the housing; and an electrically isolated stud comprising a stud shaft and a stud base , wherein: the stud base being inserted into the stud base receptacle; the single stud fuse is disposed along the stud shaft, with the stud shaft being disposed through the shaft receptacle, the stud shaft adapted to be coupled to a second terminal. an electrical device comprising: a first stud adapted to be coupled to a first terminal; a receiving hole in a housing of the electrical device; and a first stud adapted to be coupled to a first terminal; a receiving hole in a housing of the electrical device; and a single stud fuse assembly comprising: a single stud fuse comprising a shaft receptacle ; a landing pad comprising a landing pad shaft and a stud base receptacle , the landing a single stud fuse comprising a shaft receptacle ; a landing pad comprising a landing pad shaft and a stud base receptacle , the landing pad shaft being orbitally riveted into the receiving hole of the housing; and an electrically isolated stud comprising a stud shaft and a stud base , wherein: the stud base being inserted into the stud base receptacle; the single stud fuse is disposed along the stud shaft, with the stud shaft being disposed through the shaft receptacle, the stud shaft adapted to be coupled to a second terminal. the stud base being inserted into the stud base receptacle; the single stud fuse is disposed along the stud shaft, with the stud shaft being disposed through the shaft receptacle, the stud shaft adapted to be coupled to a second terminal.
Lighting device, comprising a first housing , a lighting means arranged at the first housing , an electronic circuitry accommodated in the first housing for operating the lighting means , a second housing accommodating an energy storage means , the first housing and the second housing being arranged spaced apart, by an interconnecting means that connects the first housing and the second housing pivotally, and characterized in that the interconnecting means is a single element that connects the electronic circuitry and the energy storage means electrically and further connects the first housing and the second housing elastically, and that the interconnecting means has a cross section with a first width in the first direction being smaller than a second width in a second direction orthogonal to the first direction. a first housing , a lighting means arranged at the first housing , an electronic circuitry accommodated in the first housing for operating the lighting means , a second housing accommodating an energy storage means , the first housing and the second housing being arranged spaced apart, by an interconnecting means that connects the first housing and the second housing pivotally, and characterized in that the interconnecting means is a single element that connects the electronic circuitry and the energy storage means electrically and further connects the first housing and the second housing elastically, and that the interconnecting means has a cross section with a first width in the first direction being smaller than a second width in a second direction orthogonal to the first direction.
Atomic absorption spectrometer for analyzing a sample, comprising a radiation source unit for generating a measuring beam , an atomization unit for atomizing the sample in such a way that the atomized sample is located in a beam path of the measuring beam , and a detection unit for detecting absorption of the measuring beam , the detection unit comprising a polychromator arrangement as a spectrometric arrangement , characterized in that the radiation source unit comprises at least two light-emitting diodes , the at least two light-emitting diodes are arranged together on a carrier element , that the carrier element is part of a positioning device by means of which the at least two light-emitting diodes can be positioned relative to the detection unit in such a way that, for sequential operation of the light-emitting diodes one light-emitting diode is selected and appropriately positioned relative to the detection unit , with a first light-emitting diode generating light of at least a first wavelength (λ 1 ) or with wavelengths within a first wavelength range, and wherein the second light-emitting diode generates light of at least one second wavelength (λ 2 ) differing from the first wavelength or with wavelengths within a second wavelength range differing at least partially from the first wavelength range. a radiation source unit for generating a measuring beam , an atomization unit for atomizing the sample in such a way that the atomized sample is located in a beam path of the measuring beam , and a detection unit for detecting absorption of the measuring beam , the detection unit comprising a polychromator arrangement as a spectrometric arrangement , characterized in that the radiation source unit comprises at least two light-emitting diodes , the at least two light-emitting diodes are arranged together on a carrier element , that the carrier element is part of a positioning device by means of which the at least two light-emitting diodes can be positioned relative to the detection unit in such a way that, for sequential operation of the light-emitting diodes one light-emitting diode is selected and appropriately positioned relative to the detection unit , with a first light-emitting diode generating light of at least a first wavelength (λ 1 ) or with wavelengths within a first wavelength range, and wherein the second light-emitting diode generates light of at least one second wavelength (λ 2 ) differing from the first wavelength or with wavelengths within a second wavelength range differing at least partially from the first wavelength range.
An optical system for beam shaping of a laser beam for processing an in particular for the laser beam largely transparent material by modifying the material in a focus zone that is elongated in propagation direction , the optical system comprising a beam shaping element that is configured to receive the laser beam having a transverse input intensity profile and to impose a beam shaping phase distribution over the transversal input intensity profile onto the laser beam ; and a near field optics , which is arranged downstream of the beam shaping element at a beam shaping distance (Dp) and configured to focus the laser beam into the focus zone , wherein the imposed phase distribution is such that a virtual optical image of the elongated focus zone is attributed to the laser beam , the optical image being located before the beam shaping element , and the beam shaping distance (Dp) corresponds to a propagation length of the laser beam within which the imposed phase distribution transforms the transverse input intensity profile into a transverse output intensity profile in the region of the near field optics , and the transverse output intensity profile has, in comparison with the input intensity profile , a local maximum lying outside of a beam axis .
A method for disconnecting a valve unit from a pneumatically controlled actuator arrangement of a vehicle transmission , said transmission comprising at least one clutch arrangement , a pneumatically controlled actuator arrangement arranged to controllably position the at least one clutch arrangement between a closed position and an opened position, and a valve unit mechanically connected to the pneumatically controlled actuator arrangement , wherein the valve unit and the pneumatically controlled actuator arrangement are connected to each other at an actuator interface , the method being characterized by the steps of: - positioning (S1) the valve unit in an opened state for providing compressed air to the pneumatically controlled actuator arrangement ; and subsequently - disconnecting (S4), when an air pressure level at a position inside and in the vicinity of the actuator interface exceeds a predetermined threshold limit higher than atmospheric pressure, the valve unit from the pneumatically controlled actuator arrangement at the actuator interface such that a flow of air is forced out from the interior of the clutch actuator arrangement towards an external environment thereof. - positioning (S1) the valve unit in an opened state for providing compressed air to the pneumatically controlled actuator arrangement ; and subsequently - disconnecting (S4), when an air pressure level at a position inside and in the vicinity of the actuator interface exceeds a predetermined threshold limit higher than atmospheric pressure, the valve unit from the pneumatically controlled actuator arrangement at the actuator interface such that a flow of air is forced out from the interior of the clutch actuator arrangement towards an external environment thereof.
A matter elimination catheter comprising: a catheter body extending from a catheter proximal portion to a catheter distal portion, the catheter body including: an infusion lumen , an aspiration lumen fluidly isolated from the infusion lumen , and a septum of the catheter body interposed between the infusion and aspiration lumens; a drive shaft within the infusion lumen , the drive shaft configured to provide rotation near the catheter distal portion; a guide wire lumen within the drive shaft ; and a guide wire liner within the guide wire lumen of the drive shaft , wherein the drive shaft is rotatable relative to the guide wire liner ; wherein the guide wire liner is a tubular member configured to receive a guidewire extending therethrough; wherein the infusion lumen , the drive shaft and the guide wire lumen are fluidly separated from the aspiration lumen with the septum . a catheter body extending from a catheter proximal portion to a catheter distal portion, the catheter body including: an infusion lumen , an aspiration lumen fluidly isolated from the infusion lumen , and a septum of the catheter body interposed between the infusion and aspiration lumens; an infusion lumen , an aspiration lumen fluidly isolated from the infusion lumen , and a septum of the catheter body interposed between the infusion and aspiration lumens; a drive shaft within the infusion lumen , the drive shaft configured to provide rotation near the catheter distal portion; a guide wire lumen within the drive shaft ; and a guide wire liner within the guide wire lumen of the drive shaft , wherein the drive shaft is rotatable relative to the guide wire liner ; wherein the guide wire liner is a tubular member configured to receive a guidewire extending therethrough; wherein the infusion lumen , the drive shaft and the guide wire lumen are fluidly separated from the aspiration lumen with the septum .
An etched planarized vertical cavity surface emitting laser, VCSEL, comprising: an active region ; and an isolation region over the active region, the isolation region comprising: a blocking region over the active region, the blocking region defining a plurality of apertures etched therein, wherein the blocking region includes a material having a first refractive index and being devoid of oxidation; a plurality of conductive channel cores in the plurality of apertures of the blocking region, wherein each conductive channel core includes another material having a second refractive index, wherein the second refractive index is greater than the first refractive index; and a unitary conductive wing layer located as a conductive plane on top of the blocking region and the conductive channel cores, the unitary conductive wing layer including the an other material having the second refractive index and contacting the plurality of conductive channel cores. an active region ; and an isolation region over the active region, the isolation region comprising: a blocking region over the active region, the blocking region defining a plurality of apertures etched therein, wherein the blocking region includes a material having a first refractive index and being devoid of oxidation; a plurality of conductive channel cores in the plurality of apertures of the blocking region, wherein each conductive channel core includes another material having a second refractive index, wherein the second refractive index is greater than the first refractive index; and a blocking region over the active region, the blocking region defining a plurality of apertures etched therein, wherein the blocking region includes a material having a first refractive index and being devoid of oxidation; a plurality of conductive channel cores in the plurality of apertures of the blocking region, wherein each conductive channel core includes another material having a second refractive index, wherein the second refractive index is greater than the first refractive index; and a unitary conductive wing layer located as a conductive plane on top of the blocking region and the conductive channel cores, the unitary conductive wing layer including the an other material having the second refractive index and contacting the plurality of conductive channel cores.
A method for preparing a nucleic acid library, which comprises: providing a plurality of nucleic acid molecules from a sample; and manipulating the plurality of nucleic acid molecules in a reagent comprising a desferrioxamine B (DFO-B) mesylate salt and the reagent does not contain EDTA. providing a plurality of nucleic acid molecules from a sample; and manipulating the plurality of nucleic acid molecules in a reagent comprising a desferrioxamine B (DFO-B) mesylate salt and the reagent does not contain EDTA.
A semiconductor device, comprising: a substrate panel having interconnects ; a first die and a second die coupled through packaging connections to the first die; the first die comprising a first surface and a second surface opposite the first surface, the first surface being supported by the substrate, the first die further comprising through silicon vias extending from the first surface of the first die to the second surface of the first die; a packaging connection between the substrate panel and the first die, the packaging connection coupled to the through silicon vias to facilitate communication between the substrate and the first die; a first molding compound between the substrate panel and the first die, the first molding compound partially surrounding the first die and arranged to fix the first die onto the substrate panel , a sidewall of the first molding compound being flush with a sidewall of the substrate panel; an isolation layer deposited on the second surface of the first die and supported in part by the first molding compound; wherein the isolation layer and back end of line layers are co-planar with the substrate panel; metal connections deposited in etched regions of said isolation layer; a second molding compound partially surrounding the second die to fix it; wherein a sidewall of the second molding compound is flush with the sidewall of the first molding compound and a sidewall of the isolation layer, and a surface of the second molding compound is adjacent with a second surface of the isolation layer. a substrate panel having interconnects ; a first die and a second die coupled through packaging connections to the first die; the first die comprising a first surface and a second surface opposite the first surface, the first surface being supported by the substrate, the first die further comprising through silicon vias extending from the first surface of the first die to the second surface of the first die; a packaging connection between the substrate panel and the first die, the packaging connection coupled to the through silicon vias to facilitate communication between the substrate and the first die; a first molding compound between the substrate panel and the first die, the first molding compound partially surrounding the first die and arranged to fix the first die onto the substrate panel , a sidewall of the first molding compound being flush with a sidewall of the substrate panel; an isolation layer deposited on the second surface of the first die and supported in part by the first molding compound; wherein the isolation layer and back end of line layers are co-planar with the substrate panel; metal connections deposited in etched regions of said isolation layer; a second molding compound partially surrounding the second die to fix it; wherein a sidewall of the second molding compound is flush with the sidewall of the first molding compound and a sidewall of the isolation layer, and a surface of the second molding compound is adjacent with a second surface of the isolation layer.
An imaging device comprising: a wheeled base comprising a housing , a base extension , a vertical lift and an elongate track , the base extension extending between the housing and the vertical lift , and the elongate track extending from the housing to the vertical lift and being supported by the vertical lift and the housing as the elongate track is raised and lowered relative to the base extension by a lift mechanism between a maximum height and a minimum height; the lift mechanism , configured to selectively raise and lower the elongate track ; a trolley comprising a base portion slidably connected to the elongate track and an upper portion rotatably connected to the base portion , the trolley slidable along the elongate track a distance of at least 40 cm; a C-shaped arm defining a semi-circle about a C-shaped arm axis , the C-shaped arm rotatably supported by the upper portion of the trolley ; a source fixedly secured to the C-shaped arm ; and a detector fixedly secured to the C-shaped arm opposite the source. a wheeled base comprising a housing , a base extension , a vertical lift and an elongate track , the base extension extending between the housing and the vertical lift , and the elongate track extending from the housing to the vertical lift and being supported by the vertical lift and the housing as the elongate track is raised and lowered relative to the base extension by a lift mechanism between a maximum height and a minimum height; the lift mechanism , configured to selectively raise and lower the elongate track ; a trolley comprising a base portion slidably connected to the elongate track and an upper portion rotatably connected to the base portion , the trolley slidable along the elongate track a distance of at least 40 cm; a C-shaped arm defining a semi-circle about a C-shaped arm axis , the C-shaped arm rotatably supported by the upper portion of the trolley ; a source fixedly secured to the C-shaped arm ; and a detector fixedly secured to the C-shaped arm opposite the source.
A method implemented by a first station for transmitting demodulation reference signals to a second station, said method comprising: determining a transmission rank for a downlink transmission to said second station; determining one or more antenna ports for said downlink transmission based on said transmission rank, wherein each antenna port is defined by an group/code pair comprising a code division multiplexing group and orthogonal cover code; mapping antenna ports to group/code pairs according to a mapping in which the code division multiplexing group and code orthogonal cover code are the same for a given antenna port for every transmission rank; and transmitting said demodulation reference signals over said antenna ports corresponding to the transmission rank. determining a transmission rank for a downlink transmission to said second station; determining one or more antenna ports for said downlink transmission based on said transmission rank, wherein each antenna port is defined by an group/code pair comprising a code division multiplexing group and orthogonal cover code; mapping antenna ports to group/code pairs according to a mapping in which the code division multiplexing group and code orthogonal cover code are the same for a given antenna port for every transmission rank; and transmitting said demodulation reference signals over said antenna ports corresponding to the transmission rank.
A furnace tube having on its external surface one or more thick longitudinal fins having a thickness at its base from 1/3 to 1/2 of the of the radius of said furnace tube and having parallel sides or sides with an upward inward taper of less than 15° relative to the major axis of said fin, said fin having on at least one major surface an array selected from the group consisting of: outwardly open grooves in a form selected from an outwardly open V, a truncated outwardly open V, an outwardly open U, and an outwardly open parallel sided channel in a regular or semi-regular pattern covering at least 10% of the surface area, said grooves having a depth of less than a quarter of the maximum thickness of the fin; protuberances having a base dimension not exceeding 10 % of the maximum thickness of the fin, and a height not exceeding 15% of the maximum thickness of the fin; or both in a regular or semi-regular pattern covering at least 10% of the surface area of at least one major surface of said fin; wherein the furnace tube comprises: (a) from 55 to 65 weight % of Ni; from 20 to 10 weight % of Cr; from 20 to 10 weight % of Co; and from 5 to 9 weight % of Fe and the balance one or more of the trace elements; or (b) from 40 to 65 weight % of Co; from 15 to 20 weight % of Cr; from 20 to 13 weight % of Ni; less than 4 weight % of Fe and the balance of one or more trace elements and up to 20 weight % of W the sum of the components adding up to 100 weight %; or (c) from 20 to 38 weight % of chromium, from 25 to 48 weight % of Ni, further comprising from 0.2 up to 3 weight % of Mn, from 0.3 to 2 weight % of Si; less than 5 weight % of titanium, niobium and all other trace metals; and carbon in an amount of less than 0.75 weight % and the balance substantially iron, the sum of the components adding up to 100 weight %. (a) from 55 to 65 weight % of Ni; from 20 to 10 weight % of Cr; from 20 to 10 weight % of Co; and from 5 to 9 weight % of Fe and the balance one or more of the trace elements; or (b) from 40 to 65 weight % of Co; from 15 to 20 weight % of Cr; from 20 to 13 weight % of Ni; less than 4 weight % of Fe and the balance of one or more trace elements and up to 20 weight % of W the sum of the components adding up to 100 weight %; or (c) from 20 to 38 weight % of chromium, from 25 to 48 weight % of Ni, further comprising from 0.2 up to 3 weight % of Mn, from 0.3 to 2 weight % of Si; less than 5 weight % of titanium, niobium and all other trace metals; and carbon in an amount of less than 0.75 weight % and the balance substantially iron, the sum of the components adding up to 100 weight %.