mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: generating , by a network entity, at least one performance map showing performance for different portions of spectrum in a wideband radio system, the performance measured via a performance metric; combining the at least one performance map with dynamic information, the dynamic information comprising available bandwidth measured from spectrum measurements or user equipment (UE) specific information; and selecting at least one portion of the spectrum to use for access based on the combined at least one performance map and dynamic information; said method characterized by : measurements in one portion of the spectrum are used to estimate performance in another portion of the spectrum by adjusting and applying different pathloss exponents to measurements from the one portion of the spectrum. generating , by a network entity, at least one performance map showing performance for different portions of spectrum in a wideband radio system, the performance measured via a performance metric; combining the at least one performance map with dynamic information, the dynamic information comprising available bandwidth measured from spectrum measurements or user equipment (UE) specific information; and selecting at least one portion of the spectrum to use for access based on the combined at least one performance map and dynamic information; said method characterized by : measurements in one portion of the spectrum are used to estimate performance in another portion of the spectrum by adjusting and applying different pathloss exponents to measurements from the one portion of the spectrum.
A foundation interface device comprising a cylindrical body arranged to be pulled into an opening in a wall of a subsea foundation, the interface device further comprising a plurality of extendable arms or teeth arranged to engage an inside portion of the wall thereby preventing the interface device from being pulled back out of the opening, characterized in that the arms or teeth each comprise one or more ceramic, galvanic protection contact members arranged at an end of the arms or teeth and serving as a contact point or points between the arms or teeth and the inside surface of the wall.
A method comprising: detecting a parameter relating to a spatial audio source (7 to 13), wherein the spatial location of the audio source (7 to 13) is caused to be displayed on a display; determining (5.2) if the parameter deviates from a predetermined characteristic; and in response to it being determined that the parameter deviates from the predetermined characteristic, causing display of a user interface (620, 900, 1000, 1100, 1160 and 1200) configured to control the parameter, wherein the method further comprises causing display of the user interface on the display in association with the audio source and causing display of an indicator adjacent to the audio source, the indicator being arranged to indicate that the parameter relating to the audio source deviates from the predetermined characteristic. detecting a parameter relating to a spatial audio source (7 to 13), wherein the spatial location of the audio source (7 to 13) is caused to be displayed on a display; determining (5.2) if the parameter deviates from a predetermined characteristic; and in response to it being determined that the parameter deviates from the predetermined characteristic, causing display of a user interface (620, 900, 1000, 1100, 1160 and 1200) configured to control the parameter, wherein the method further comprises causing display of the user interface on the display in association with the audio source and causing display of an indicator adjacent to the audio source, the indicator being arranged to indicate that the parameter relating to the audio source deviates from the predetermined characteristic.
A synthetic method for an etelcalcetide intermediate, wherein the etelcalcetide intermediate is Fmoc- D -Cys(S-S-Boc- L -Cys(OtBu))-OH, and the synthetic method for the etelcalcetide intermediate comprises the following steps: using N -(Boc)- L -Cys-OtBu as a raw material, and generating a primary product through a substitution reaction, wherein R is S-Py or Cl, enabling the primary product to perform a coupling reaction with a Fmoc- D -Cys-OH amino acid, as to obtain the Fmoc- D -Cys(S-S-Boc- L -Cys(OtBu))-OH; when R is S-Py, the primary product is Py-S-S-Boc- L -Cys-OtBu, enabling the N -(Boc)- L -Cys-OtBu to perform the substitution reaction with dithiodipyridine to obtain a primary product Py-S-S-Boc- L -Cys-OtBu; when R is Cl, the primary product is N -(Boc)- L -Cys(S-Cl)-OtBu, enabling N -(Boc)- L -Cys-OtBu to react with NCS to synthesize N -(Boc)- L -Cys(S-Cl)-OtBu. when R is S-Py, the primary product is Py-S-S-Boc- L -Cys-OtBu, enabling the N -(Boc)- L -Cys-OtBu to perform the substitution reaction with dithiodipyridine to obtain a primary product Py-S-S-Boc- L -Cys-OtBu; when R is Cl, the primary product is N -(Boc)- L -Cys(S-Cl)-OtBu, enabling N -(Boc)- L -Cys-OtBu to react with NCS to synthesize N -(Boc)- L -Cys(S-Cl)-OtBu.
Device for individually dispensing a book-like document (D*) from a stack (S) of at least two such documents (D, D*, D**), comprising: (a) a holding device for the documents (D, D*, D**), wherein the holding device is formed by two holding elements which are arranged relative to each other at an opening angle α ≤ 150°, on which the documents (D, D*, D**) can be laid in an open state, wherein the documents (D, D*, D**) are in each case formed by two document parts (D', D") which are attached to each other at the opening angle α and which lie in stack planes that extend at the opening angle α, wherein the device further comprises (b) a retaining device , which extends transversally to the stack planes , such that said retaining device permits a translational movement of a document (D*) to be dispensed from the stack (S) in a dispensing direction (R) and prevents a translational movement of all the other documents (D**) located in the stack (S), and wherein the device further comprises for the individual dispensing (c) an advancement device which comprises at least one advancement element , which engages the document (D*) which is to be dispensed and takes effect in the dispensing direction (R), characterised in that an apparatus for opening he documents (D* 0 , D* 1 , D* 2 , D* 3 ) to produce a flat layer of document parts (D', D") is arranged downstream of the device for individually dispensing. (a) a holding device for the documents (D, D*, D**), wherein the holding device is formed by two holding elements which are arranged relative to each other at an opening angle α ≤ 150°, on which the documents (D, D*, D**) can be laid in an open state, wherein the documents (D, D*, D**) are in each case formed by two document parts (D', D") which are attached to each other at the opening angle α and which lie in stack planes that extend at the opening angle α, wherein the device further comprises (b) a retaining device , which extends transversally to the stack planes , such that said retaining device permits a translational movement of a document (D*) to be dispensed from the stack (S) in a dispensing direction (R) and prevents a translational movement of all the other documents (D**) located in the stack (S), and wherein the device further comprises for the individual dispensing (c) an advancement device which comprises at least one advancement element , which engages the document (D*) which is to be dispensed and takes effect in the dispensing direction (R),
A laminate tube with an invisible longitudinal overlapped side seam formed from overlap welding an edge of one margin of a laminate sheet comprising an outer plastic layer, a barrier layer, and an inner plastic layer of the same material type as the outer plastic layer to an edge of an opposite margin of the laminate sheet, such that an inner surface of the laminate tube has a hump in an overlapped region, while an outer surface of the laminate tube is smooth without a hump in the overlapped region, wherein the edges of both margins of the laminate sheet are cut obliquely at a predetermined angle of 30° to 60°, before welding.
A laying tower for laying pipelines on the bed of a body of water, the laying tower comprising: - a supporting structure extending along a longitudinal axis (A) and comprising guides parallel to the longitudinal axis (A); - a first U-shaped clamp , which is mounted on the supporting structure and configured for selectively clamping and releasing the pipeline in a given point along the longitudinal axis (A) and comprises a U-shaped structure and a plurality of first jaws and a plurality of first actuators supported by the U-shaped structure and configured for actuating the jaws between an open position and a closed position; - a second clamp , which is movable along a path (P), which extends along a first section (T1) extending above the first clamp ; and a second section (T2) arranged below the first clamp and, partly, below the supporting structure and configured for selectively clamping and releasing the pipeline along the path (P), wherein the first clamp is mounted on the supporting structure so as to be selectively arranged in a first position along the longitudinal axis (A) and in a second position remote from the longitudinal axis (A). - a supporting structure extending along a longitudinal axis (A) and comprising guides parallel to the longitudinal axis (A); - a first U-shaped clamp , which is mounted on the supporting structure and configured for selectively clamping and releasing the pipeline in a given point along the longitudinal axis (A) and comprises a U-shaped structure and a plurality of first jaws and a plurality of first actuators supported by the U-shaped structure and configured for actuating the jaws between an open position and a closed position; - a second clamp , which is movable along a path (P), which extends along a first section (T1) extending above the first clamp ; and a second section (T2) arranged below the first clamp and, partly, below the supporting structure and configured for selectively clamping and releasing the pipeline along the path (P), wherein the first clamp is mounted on the supporting structure so as to be selectively arranged in a first position along the longitudinal axis (A) and in a second position remote from the longitudinal axis (A).
A connector assembly for a cartridge for an electronic vaping device , the connector assembly comprising: a first connector body including, a first base portion that is generally cylindrical, a nose portion extending from a first end of the first base portion , the nose portion being generally cylindrical, and the nose portion having a smaller diameter than the first base portion , at least two slots extending longitudinally through the first base portion and on opposing sides of the nose portion , and a first orifice extending longitudinally through the first base portion and the nose portion ; at least two electrical leads each including a first end and a second end, the first end of each of the electrical leads extending through a respective one of the at least two slots and the second end of each of the electrical leads comprising a pair of opposing leg portions; and a second connector body including, a second base portion that is generally cylindrical, a tubular portion extending longitudinally from a second end of the second base portion , and a second orifice extending through the second base portion and the tubular portion , the second orifice configured to receive a portion of the first base portion of the first connector body and the respective pair of opposing leg portions of each of the at least two electrical leads , such that the respective pair of opposing leg portions of each of the at least two electrical leads abuts an inner surface of the second orifice .
A method of wireless ultra-reliable low-latency communication, URLLC, in a new radio, NR, communication system comprising: determining conditions for one or more served user equipments, UEs, indicating to enable transmission time interval, TTI, bundling of data transmissions; determining a bundle length (40; 600; 601; 602) for a data bundle of the data transmissions to meet a target block error rate, BLER of the one or more UEs based on a delay budget associated with a data packet; transmitting an enablement signal of TTI bundling of the data transmissions to the one or more UEs , wherein the enablement signal includes the bundle length (40; 600; 601; 602) for the data bundle of the data transmissions; and repeatedly transmitting the data packet of the data transmission to the one or more UEs , wherein a number of times the data packet is repeatedly transmitted in the data bundle corresponds to the bundle length (40; 600; 601; 602). determining conditions for one or more served user equipments, UEs, indicating to enable transmission time interval, TTI, bundling of data transmissions; determining a bundle length (40; 600; 601; 602) for a data bundle of the data transmissions to meet a target block error rate, BLER of the one or more UEs based on a delay budget associated with a data packet; transmitting an enablement signal of TTI bundling of the data transmissions to the one or more UEs , wherein the enablement signal includes the bundle length (40; 600; 601; 602) for the data bundle of the data transmissions; and repeatedly transmitting the data packet of the data transmission to the one or more UEs , wherein a number of times the data packet is repeatedly transmitted in the data bundle corresponds to the bundle length (40; 600; 601; 602).
Method of printing at least one transparent area on a major surface of a non-coated paper or cardboard substrate , wherein an optical transmittance, as measured with spectrophotometry, through said substrate at a printed transparent area is at least 20% higher than through the substrate at a non-printed area of the same paper or cardboard substrate at a wavelength in the electromagnetic spectrum of wavelengths from 400 nm to 1000 nm that, the method comprising: - contacting at least one area of a major surface of the non-coated paper or cardboard substrate with a polymerizing and drying or semi-drying oil composition using a printing press such as flexographic printing, silk screen printing, stream printing, planographic printing (offset), inkjet, wherein the amount of oil in the oil composition is at least 10%, the oil in the oil composition has a diffractive index of 1.4 to 1.6, and the at least one area ranges in size from 100 μm 2 to an entire area of the major surface of the substrate , - allowing the oil composition to penetrate through the thickness of the substrate , and - drying the at least one printed area , forming at least one printed transparent area on the substrate, whereby any content in a packaging or envelope formed by such substrate is visible from the outside through said at least one printed transparent area. - contacting at least one area of a major surface of the non-coated paper or cardboard substrate with a polymerizing and drying or semi-drying oil composition using a printing press such as flexographic printing, silk screen printing, stream printing, planographic printing (offset), inkjet, wherein the amount of oil in the oil composition is at least 10%, the oil in the oil composition has a diffractive index of 1.4 to 1.6, and the at least one area ranges in size from 100 μm 2 to an entire area of the major surface of the substrate , - allowing the oil composition to penetrate through the thickness of the substrate , and - drying the at least one printed area , forming at least one printed transparent area on the substrate, whereby any content in a packaging or envelope formed by such substrate is visible from the outside through said at least one printed transparent area.
Device for conducting water in a ground surface with a non-woven layer which is introduced into the ground and has at least one line strand for conducting water which is provided with passage openings , characterised in that the non-woven layer forms a grid consisting of intersecting arrays of grid strands and comprises a non-woven web extending along the line strand , and in that at least one array of the grid strands formed from non-woven strips adjoins the non-woven web .
A method by a mobility management entity, MME, for use in a mobile communication system, the method comprising: receiving , from a user equipment, UE, a message including voice domain preference information indicating an access network that is preferred by the UE for a voice service; determining, by the MME, by identifying subscription information whether a user of the UE is a voice over long term evolution, VoLTE, subscriber; determining (240; 245; 250) whether access of the UE to the mobile communication system is allowed based on the voice domain preference information and whether the user of the UE is a VoLTE subscriber; transmitting (270; 275; 280), to the UE , a message indicating whether the access to the mobile communication system is allowed , wherein access to the mobile communication system is allowed in case that the voice domain preference information indicates that only VoLTE is supported by the UE and the user of the UE is the VoLTE subscriber. receiving , from a user equipment, UE, a message including voice domain preference information indicating an access network that is preferred by the UE for a voice service; determining, by the MME, by identifying subscription information whether a user of the UE is a voice over long term evolution, VoLTE, subscriber; determining (240; 245; 250) whether access of the UE to the mobile communication system is allowed based on the voice domain preference information and whether the user of the UE is a VoLTE subscriber; transmitting (270; 275; 280), to the UE , a message indicating whether the access to the mobile communication system is allowed , wherein access to the mobile communication system is allowed in case that the voice domain preference information indicates that only VoLTE is supported by the UE and the user of the UE is the VoLTE subscriber.
A portable infusion pump system , comprising: a portable housing defining an opening to receive a medicine; a pump drive system arranged in the portable housing and configured to dispense medicine from the portable housing when the medicine is received in the opening; a cap device configured to engage with the portable housing to enclose the medicine in the portable housing when the medicine is received in the opening; the portable infusion pump system being characterized by an air-transmissible gasket positioned at an interface between the portable housing and the cap device and comprising a gasket aperture generally aligned with the opening when the cap device engages with the portable housing, wherein the gasket is air-transmissible so that air is passable through the interface between the portable housing and the cap device while the gasket resists migration of liquids into the portable housing. a portable housing defining an opening to receive a medicine; a pump drive system arranged in the portable housing and configured to dispense medicine from the portable housing when the medicine is received in the opening; a cap device configured to engage with the portable housing to enclose the medicine in the portable housing when the medicine is received in the opening; the portable infusion pump system being characterized by an air-transmissible gasket positioned at an interface between the portable housing and the cap device and comprising a gasket aperture generally aligned with the opening when the cap device engages with the portable housing, wherein the gasket is air-transmissible so that air is passable through the interface between the portable housing and the cap device while the gasket resists migration of liquids into the portable housing.
A composition for forming a conductive pattern by irradiation of electromagnetic waves comprising a polymer resin including a polycarbonate resin; and an electromagnetic wave-absorbing inorganic additive which absorbs an electromagnetic wave in the infrared region, and satisfies the characteristic that a laser sensitivity LS defined by Equation 1 belowis 1.6 <-log(Ls)<6.0, wherein the electromagnetic wave-absorbing inorganic additive comprises at least one non-conductive metal compound selected from the group consisting of CuCrO 2 , NiCrO 2 , AgCrO 2 , CuMoO 2 , NiMoO 2 , AgMoO 2 , NiMnO 2 , AgMnO 2 , NiFeO 2 , AgFeO 2 , CuWO 2 , AgWO 2 , NiWO 2 , AgSnO 2 , NiSnO 2 , CuSnO 2 , CuAlO 2 , CuGaO 2 , CuInO 2 , CuTlO 2 , CuYO 2 , CuScO 2 , CuLaO 2 , CuLuO 2 , NiAlO 4 , NiGaO 2 , NiInO 2 , NiTlO 2 , NiYO 2 , NiScO 2 , NiLaO 2 , NiLuO 2 , AgAlO 2 , AgGaO 2 , AgInO 2 , AgTlO 2 , AgYO 2 , AgScO 2 , AgLaO 2 , AgLuO 2 , CuSn 2 (PO 4 ) 3 , CuI, CuCl, CuBr, CuF, AgI, CuSO 4 , Cu 2 P 2 O 7 , Cu 3 P 2 O 8 , Cu 4 P 2 O 9 , Cu 5 P 2 O 10 and Cu 2 P 4 O 12 .: Laser sensitivity Ls = Re − 1.4 × wt × Iaa In Equation 1 above, Re represents an effective radius of the electromagnetic wave-absorbing inorganic additive obtained by the equation of Re = 300/[A(m 2 /g)xB(g/cm 3 )], from the BET specific surface area A(m 2 /g) and density B(g/cm 3 ) of the electromagnetic wave-absorbing inorganic additive, wt is a value representing the content (weight) of the electromagnetic wave-absorbing inorganic additive in terms of a weight fraction relative to the total composition when the total content (weight) of the composition for forming a conductive pattern is 1, and Iaa represents an effective light absorption rate of the electromagnetic wave-absorbing inorganic additive obtained by the equation of Iaa = (1 - I R ) 2 /2I R (%), from the absorbance I R (%) for electromagnetic waves having a wavelength in a predetermined infrared region measured using a UV-vis-IR spectrum, relative to the electromagnetic wave-absorbing inorganic additive. Re represents an effective radius of the electromagnetic wave-absorbing inorganic additive obtained by the equation of Re = 300/[A(m 2 /g)xB(g/cm 3 )], from the BET specific surface area A(m 2 /g) and density B(g/cm 3 ) of the electromagnetic wave-absorbing inorganic additive, wt is a value representing the content (weight) of the electromagnetic wave-absorbing inorganic additive in terms of a weight fraction relative to the total composition when the total content (weight) of the composition for forming a conductive pattern is 1, and Iaa represents an effective light absorption rate of the electromagnetic wave-absorbing inorganic additive obtained by the equation of Iaa = (1 - I R ) 2 /2I R (%), from the absorbance I R (%) for electromagnetic waves having a wavelength in a predetermined infrared region measured using a UV-vis-IR spectrum, relative to the electromagnetic wave-absorbing inorganic additive.
Filter device for filtering particles from an air flow, having an inlet channel through which the air to be cleaned flows, at least one filter element through which a flow can pass and which is held replaceably in a flow channel , and an outlet channel through which the cleaned air flows, characterized in that the filter device has an insertion chamber which can be closed by a door and from which a filter element can be fed to the flow channel , and an output chamber which can be closed by a closure element and into which a filter element can be fed from the flow channel , wherein a cover of the filter device is attachable to the filter element and covers a filter cake on the filter element so that the unit consisting of filter element and cover can be removed together from the output chamber .