mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting a downlink signal by a base station, BS, in a wireless communication system, the method comprising: modulating (S1315) a first part of a codeword for a first User Equipment, UE, based on a first Modulation and Coding Scheme, MCS, and a second part of the codeword based on a second MCS; and transmitting (S1320) the modulated codeword to the first UE, wherein the first part of the codeword is transmitted on a first resource on which the transmission based on a Non-Orthogonal Multiple Access, NOMA, scheme is not performed, wherein the second part of the codeword is transmitted together with a data signal for a second UE on a second resource based on the NOMA scheme, and wherein the second MCS for the second part which is transmitted based on the NOMA scheme, has a modulation order lower than that of the first MCS for the first part. modulating (S1315) a first part of a codeword for a first User Equipment, UE, based on a first Modulation and Coding Scheme, MCS, and a second part of the codeword based on a second MCS; and transmitting (S1320) the modulated codeword to the first UE, wherein the first part of the codeword is transmitted on a first resource on which the transmission based on a Non-Orthogonal Multiple Access, NOMA, scheme is not performed, wherein the second part of the codeword is transmitted together with a data signal for a second UE on a second resource based on the NOMA scheme, and wherein the second MCS for the second part which is transmitted based on the NOMA scheme, has a modulation order lower than that of the first MCS for the first part.
A laminated polyester film having a layer (X) on at least one surface of a polyester film, wherein the layer (X) is disposed on at least one surface layer, the layer (X) has a surface having a sea-island structure, the layer (X) has a sea component with an elastic modulus (G2) of 4,000 MPa or less, and a ratio (G1/G2) of an elastic modulus (G1) of an island component and the elastic modulus (G2) of the sea component is 1.5 to 4.0, wherein the elastic modulus (G1) of an island component and the elastic modulus (G2) of the sea component are measured according to the description.
An intervertebral spacer for therapeutic treatment of a patient, comprising: at least one link sized and dimensioned to fit within an intervertebral space in the patient and configured to maintain a separation of two adjacent vertebrae for a period of time; at least one rigid guiding object insertable into the patient, said at least one rigid guiding object and said at least one link sized to be insertable into the patient using an MIS approach; at least one pivot connected between an end of one of said at least one link and an end of one of said at least one rigid guiding object , said at least one pivot configured to limit a relative range of angular orientation of said one of said at least one link and said one of said at least one rigid guiding object , said at least one pivot configured to transfer an insertion force from said at least one rigid guiding object to said at least one link , to advance said at least one link into the intervertebral space, characterised in that the spacer further comprises a plurality of links a pivoting joint for pivotally joining the links to each other so that successive links may bend at least in one common direction and a latching mechanism operative to secure adjacent links in a desired relative orientation, the latching mechanism comprising a resilient catch and a mating hook element provided respectively in said adjacent links , wherein the resilient catch bends to allow insertion of the mating hook element so that the engagement of the resilient catch and the mating hook element prevents substantial reorientation of the adjacent links . at least one link sized and dimensioned to fit within an intervertebral space in the patient and configured to maintain a separation of two adjacent vertebrae for a period of time; at least one rigid guiding object insertable into the patient, said at least one rigid guiding object and said at least one link sized to be insertable into the patient using an MIS approach; at least one pivot connected between an end of one of said at least one link and an end of one of said at least one rigid guiding object , said at least one pivot configured to limit a relative range of angular orientation of said one of said at least one link and said one of said at least one rigid guiding object , said at least one pivot configured to transfer an insertion force from said at least one rigid guiding object to said at least one link , to advance said at least one link into the intervertebral space, characterised in that the spacer further comprises a plurality of links a pivoting joint for pivotally joining the links to each other so that successive links may bend at least in one common direction and a latching mechanism operative to secure adjacent links in a desired relative orientation, the latching mechanism comprising a resilient catch and a mating hook element provided respectively in said adjacent links , wherein the resilient catch bends to allow insertion of the mating hook element so that the engagement of the resilient catch and the mating hook element prevents substantial reorientation of the adjacent links .
A pharmaceutical composition comprising an integrin inhibiting peptide which consists of Glycinyl-Arginyl-Glycinyl-CysteicAcid-Threonyl-Proline-COOH or a pharmaceutically acceptable salt thereof for use in treating macular edema by inhibiting angiogenesis.
A process for the preparation of an industrial butter with increased hardness, consisting of the following steps: (i) separation of raw milk into a skimmed milk fraction and a cream fraction; (ii) ripening of the cream fraction by alternate heating and cooling; (iii) churning of the ripened cream fraction at about 10 °C in a butter churn with rotating cylinder; (iv) heating the commercial butter thus obtained, which has a fat content ranging from 80 to 88 % by weight, a non-fat dry matter content in the range from 1 to 3 % by weight and a water content not exceeding 16 % by weight, at 18 to 25 °C (v) cooling the heated butter in 2 to 5 scraped heat exchangers connected in series; and (vi) forming the hardened industrial butter thus obtained. (i) separation of raw milk into a skimmed milk fraction and a cream fraction; (ii) ripening of the cream fraction by alternate heating and cooling; (iii) churning of the ripened cream fraction at about 10 °C in a butter churn with rotating cylinder; (iv) heating the commercial butter thus obtained, which has a fat content ranging from 80 to 88 % by weight, a non-fat dry matter content in the range from 1 to 3 % by weight and a water content not exceeding 16 % by weight, at 18 to 25 °C (v) cooling the heated butter in 2 to 5 scraped heat exchangers connected in series; and (vi) forming the hardened industrial butter thus obtained.
A connecting structure, comprising: a mounting hole structure and a mounting structure correspondingly configured to be disposed on two main members to be connected a step structure extends downwards and inwards on one side of the mounting hole structure , and two sides of the step structure are provided with limiting clamping points protruding in a direction parallel to an extending direction of the step structure ; the mounting structure is configured to have a column structure , a bottom end of the column structure is provided with a shovel-shaped structure extending in one side of the column structure , and two sides of the shovel-shaped structure are provided with everted protrusions ; and when the mounting structure is inserted into the mounting hole structure , the step structure is matched with the shovel-shaped structure , top ends of the everted protrusions are in contact with a lower surface of the step structure , sides of the everted protrusions are matched with the limiting clamping points , and thus, quick connection and disassembly between the two main members to be connected are achieved. a mounting hole structure and a mounting structure correspondingly configured to be disposed on two main members to be connected a step structure extends downwards and inwards on one side of the mounting hole structure , and two sides of the step structure are provided with limiting clamping points protruding in a direction parallel to an extending direction of the step structure ; the mounting structure is configured to have a column structure , a bottom end of the column structure is provided with a shovel-shaped structure extending in one side of the column structure , and two sides of the shovel-shaped structure are provided with everted protrusions ; and when the mounting structure is inserted into the mounting hole structure , the step structure is matched with the shovel-shaped structure , top ends of the everted protrusions are in contact with a lower surface of the step structure , sides of the everted protrusions are matched with the limiting clamping points , and thus, quick connection and disassembly between the two main members to be connected are achieved.
Sealing profile, in particular for window and door sealing profiles, made of a material mixture which has the following composition: 5 to 60 vol% EPDM 8 to 50 vol% copolymer 5 to 70 vol% filler 0 to 40 vol% plasticiser 0.1 to 5 vol% accelerator/sulphur donor 0.05 to 5 vol% sulphur 0.05 to 5 vol% peroxide 0 to 3 vol% zinc oxide, wherein the copolymer is a thermoplastic or a thermoplastic elastomer comprising a propylene-ethylene copolymer, an ethylene-butene copolymer, an ethylene-octene copolymer or an ethylene-propylene copolymer, and wherein the copolymer is not sulfur crosslinkable. 5 to 60 vol% EPDM 8 to 50 vol% copolymer 5 to 70 vol% filler 0 to 40 vol% plasticiser 0.1 to 5 vol% accelerator/sulphur donor 0.05 to 5 vol% sulphur 0.05 to 5 vol% peroxide 0 to 3 vol% zinc oxide, wherein the copolymer is a thermoplastic or a thermoplastic elastomer comprising a propylene-ethylene copolymer, an ethylene-butene copolymer, an ethylene-octene copolymer or an ethylene-propylene copolymer, and wherein the copolymer is not sulfur crosslinkable.
A system for drilling holes in a target bone, the system comprising: a cutting tool ; a navigation system configured to track a position of the cutting tool; and a computer-assisted surgical (CAS) system operably connected to the cutting tool and the navigation system, the CAS system configured to: determine an implant component to be implanted on the target bone, determine a cutting block position for preparing the target bone to receive the implant component, determine a plurality of pin locations for securing a cutting block to the target bone based upon the determined cutting block position, and selectively provide instructions to the cutting tool to cut a hole when the cutting tool is in a position adjacent to at least one of the determined plurality of pin locations and is aligned to cut the hole at a proper trajectory. a cutting tool ; a navigation system configured to track a position of the cutting tool; and a computer-assisted surgical (CAS) system operably connected to the cutting tool and the navigation system, the CAS system configured to: determine an implant component to be implanted on the target bone, determine a cutting block position for preparing the target bone to receive the implant component, determine a plurality of pin locations for securing a cutting block to the target bone based upon the determined cutting block position, and selectively provide instructions to the cutting tool to cut a hole when the cutting tool is in a position adjacent to at least one of the determined plurality of pin locations and is aligned to cut the hole at a proper trajectory. determine an implant component to be implanted on the target bone, determine a cutting block position for preparing the target bone to receive the implant component, determine a plurality of pin locations for securing a cutting block to the target bone based upon the determined cutting block position, and selectively provide instructions to the cutting tool to cut a hole when the cutting tool is in a position adjacent to at least one of the determined plurality of pin locations and is aligned to cut the hole at a proper trajectory.
An electronic device comprising: a housing provided with an external interface ; a circuit board arranged in the housing and comprising a grounding metal ; a charging interface arranged in the housing and in communication with the external interface , the charging interface comprising a metal casing , the metal casing being provided with a plurality of grounding solder pads , the grounding solder pads being arranged to be separated from the grounding metal ; and an antenna unit being coupled with the charging interface , characterized in that the metal casing is not grounded. a housing provided with an external interface ; a circuit board arranged in the housing and comprising a grounding metal ; a charging interface arranged in the housing and in communication with the external interface , the charging interface comprising a metal casing , the metal casing being provided with a plurality of grounding solder pads , the grounding solder pads being arranged to be separated from the grounding metal ; and an antenna unit being coupled with the charging interface , characterized in that the metal casing is not grounded.
Crane mast, comprising a device for attaching a ladder part of a crane operator elevator to the crane mast , and comprising a holding apparatus , by means of which the ladder part can be connected to the crane mast , characterized in that the holding apparatus is arranged and designed on the crane mast such that said apparatus can be pivoted from a working position, connected to the ladder part , into a rest position, released from the ladder part , and back again, the holding apparatus being within the outer contour of the crane mast in its rest position.
Transport container , comprising an interior which is delimited by a container base comprising guide receptacles and by a container cover which is opposite the container base and from which there project guide bodies on the cover outer side opposite the interior, wherein, for the releasable fastening of an adjacent transport container , a latching device is provided which has latching hooks displaceable along an engagement direction for engagement in latching recesses of the guide bodies , and in that the guide bodies are limited by stops within the guide receptacles in the engagement direction, characterized in that , the guide bodies are arranged at a distance from one another in a grid.
A composition comprising: A) a propylene-based interpolymer having a density from 0.850 g/cc to 0.900 g/cc; B) an ethylene-based polymer composition having a melt viscosity at 140°C from 10 mPa•s to 1,000 mPa•s; and C) a tackifier; and the composition has a molecular weight distribution ratio from 1.00 to 1.40, wherein the molecular weight distribution ratio is the molecular weight distribution of the propylene-based interpolymer of component (A) to the molecular weight distribution of the ethylene-based polymer composition of component (B); and the composition has a density ratio from 0.93 to 1.30, wherein the density ratio is the density of the propylene-based interpolymer of component (A) compared to the density of the ethylene-based polymer composition of component (B). A) a propylene-based interpolymer having a density from 0.850 g/cc to 0.900 g/cc; B) an ethylene-based polymer composition having a melt viscosity at 140°C from 10 mPa•s to 1,000 mPa•s; and C) a tackifier; and
Stent graft comprising a stent and at least one membrane , the stent having a plurality of ring segments arranged side by side, the plurality of ring segments having a meandering pattern and being connected with each other by connecting webs , characterized in that a plurality of connecting webs between adjacent ring segments are provided with flexible tongues , which are arranged in a form-closed manner in the connecting webs and which are resiliently movable against the connecting webs , wherein the membrane is clamped between flexible tongues and connecting webs .
A method for monitoring reciprocating compressor operation, comprising: determining a valve opening of a valve disposed in the reciprocating compressor using a sensor ; determining a first location of a piston of the reciprocating compressor at the valve opening; determining a valve closing of the valve using the sensor; determining a second location of the piston at the valve closing; and estimating a volumetric efficiency based at least in part on the first and second location, characterized in that if the volumetric efficiency is below a threshold value, a controller increases RPM for the compressor . determining a valve opening of a valve disposed in the reciprocating compressor using a sensor ; determining a first location of a piston of the reciprocating compressor at the valve opening; determining a valve closing of the valve using the sensor; determining a second location of the piston at the valve closing; and estimating a volumetric efficiency based at least in part on the first and second location, characterized in that if the volumetric efficiency is below a threshold value, a controller increases RPM for the compressor .
System for subject eye tracking on a projection surface configured for analyzing the subject's reading characteristics that includes: • infrared light source to create reflections on the subject's eyes, • two or more cameras for subject's head position tracking, • one or more cameras to track movements of the subject's first eye on the projection surface , • one or more cameras to track movements of the subject's second eye on the projection surface , • a processing unit configured so that it tracks the subject's gazes on the projection surface , and configured to determine if the subject focuses on a predefined sub-region or sub-regions in the projection surface from the tracking of said gazes and computes the duration of said gazes. • infrared light source to create reflections on the subject's eyes, • two or more cameras for subject's head position tracking, • one or more cameras to track movements of the subject's first eye on the projection surface , • one or more cameras to track movements of the subject's second eye on the projection surface , • a processing unit configured so that it tracks the subject's gazes on the projection surface , and configured to determine if the subject focuses on a predefined sub-region or sub-regions in the projection surface from the tracking of said gazes and computes the duration of said gazes.
Method for ascertaining control parameters in a computer-assisted manner for a favorable action of a technical system, comprising the method steps of: - detecting an initial state (AZ) and a surrounding area (UM) of the technical system (TS) by means of at least one sensor , - generating a physical simulation model (SIM) of the technical system (TS) and its surrounding area (UM), - ascertaining a target state (ZZ) for the technical system (TS), - simulating various combinations of action steps of the technical system (TS) by means of the physical simulation model (SIM), on the basis of the initial state (AZ) and with respect to the target state (ZZ), control parameters of the technical system for carrying out the action steps being varied, and outputting respective resultant simulation data, - training a machine learning routine on the basis of the respective resultant simulation data and by means of an evaluation of a respective action step, - ascertaining an optimized combination of action steps on the basis of the trained machine learning routine, the optimized combination of action steps being assigned a favorable evaluation, and - outputting the control parameters of the optimized combination of action steps for controlling the technical system (TS) . - detecting an initial state (AZ) and a surrounding area (UM) of the technical system (TS) by means of at least one sensor , - generating a physical simulation model (SIM) of the technical system (TS) and its surrounding area (UM), - ascertaining a target state (ZZ) for the technical system (TS), - simulating various combinations of action steps of the technical system (TS) by means of the physical simulation model (SIM), on the basis of the initial state (AZ) and with respect to the target state (ZZ), control parameters of the technical system for carrying out the action steps being varied, and outputting respective resultant simulation data, - training a machine learning routine on the basis of the respective resultant simulation data and by means of an evaluation of a respective action step, - ascertaining an optimized combination of action steps on the basis of the trained machine learning routine, the optimized combination of action steps being assigned a favorable evaluation, and - outputting the control parameters of the optimized combination of action steps for controlling the technical system (TS) .
A method for producing hybrid composite parts, comprising: providing a mould body comprising at least one upper mould and at least one lower mould, the at least one upper mould and the at least one lower mould defining a mould cavity and the mould body being at a polymerization temperature of a reactive thermoplastic precursor; placing a fiber preform in the mould cavity, the fiber preform being located in at least a first area of the mould cavity, and at least a second area of the mould cavity being free of the fiber preform; closing the mould; injecting the reactive thermoplastic precursor until filling the mould cavity; upon lapse of a polymerization period of the reactive thermoplastic precursor, demoulding the hybrid composite part that comprises a reinforced thermoplasic matrix portion corresponding to the at least a first area of the mould cavity, and a thermoplastic matrix portion corresponding to the at least a second area of the mould cavity wherein structural and reinforcing elements made of only the thermoplastic matrix of the hybrid composite part are obtained into the thermoplastic matrix portion corresponding to the second area providing a mould body comprising at least one upper mould and at least one lower mould, the at least one upper mould and the at least one lower mould defining a mould cavity and the mould body being at a polymerization temperature of a reactive thermoplastic precursor; placing a fiber preform in the mould cavity, the fiber preform being located in at least a first area of the mould cavity, and at least a second area of the mould cavity being free of the fiber preform; closing the mould; injecting the reactive thermoplastic precursor until filling the mould cavity; upon lapse of a polymerization period of the reactive thermoplastic precursor, demoulding the hybrid composite part that comprises a reinforced thermoplasic matrix portion corresponding to the at least a first area of the mould cavity, and a thermoplastic matrix portion corresponding to the at least a second area of the mould cavity wherein structural and reinforcing elements made of only the thermoplastic matrix of the hybrid composite part are obtained into the thermoplastic matrix portion corresponding to the second area