mhurhangee/patent-ind-claim-en huggingface dataset:
Method for route selection in a mobile communication system, comprising a base station connected to one or more relay node (RN) and one or more user equipment node (UE) directly over a single hop communication route and via one or more relay nodes (RN) over a multi-hop communication route, wherein a user equipment node (UE) sends to the base station one or more measurement reports concerning the channel quality of the direct communication link, wherein further the position is reported from the one or more relay node (RN) and one or more user equipment node (UE) to the base station , wherein said base station performs a segmentation of its coverage area by using a plurality of sector antennas or by segmenting the coverage area into a plurality of geographical areas and wherein the base station determines the affiliation of each of said one or more user equipment nodes (UE) and each of said one or more relay nodes (RN) in its coverage area to a segment, based on their reported geographical position, wherein said base station informs the relay nodes (RN) and user equipment nodes (UE) about the affiliation of all relay nodes and user equipment nodes in the coverage area to a segment, and wherein the relay nodes (RN) and/or user equipment nodes (UE) send further measurement reports to the base station only for a subset of all further communication links between a relay node (RN) and the reporting user equipment node (UE) or between another relay node and the reporting relay node (RN), wherein the selection of the subset is performed in the one or more relay node (RN) or one or more user equipment node (UE) according to the criterion if both nodes of a respective further communication link are located in the same segment, wherein the base station determines a single-hop or multi-hop communication route for the communication with the reporting user equipment (UE) based on an evaluation of the channel qualities reported in the measurement reports and further measurements reports and informs the reporting user equipment node (UE) or the reporting relay node (RN) about the single-hop or multi-hop communication route to be taken for the communication with a reporting user equipment node (UE) or relay node (RN).
A dental membrane set comprising: a dental membrane preventing a gum epithelium from first entering a damaged portion and also guiding bone regeneration, by adapting a bone defect portion where a bone defect occurs; and a membrane fixing member fixing the dental membrane to the bone defect portion, characterised in that the dental membrane comprises: a main plate portion ; and a large area end bending portion forming an end area in one side of the main plate portion , manufactured as one body with the main plate portion , having a larger cross-sectional area than the main plate portion , and being bendable to one side with respect to the main plate portion , wherein the membrane fixing member comprises: a bone screw having one side fixed to the bone defect portion; and a bone tack coupled to the bone screw with the dental membrane therebetween to fix the dental membrane , wherein the bone screw comprises: a screw portion fixed to the bone defect portion by a screw method; and a cuff formed coaxially with the screw portion , arranged around the screw portion , and forming a section having no screw thread. a dental membrane preventing a gum epithelium from first entering a damaged portion and also guiding bone regeneration, by adapting a bone defect portion where a bone defect occurs; and a membrane fixing member fixing the dental membrane to the bone defect portion, characterised in that the dental membrane comprises: a main plate portion ; and a large area end bending portion forming an end area in one side of the main plate portion , manufactured as one body with the main plate portion , having a larger cross-sectional area than the main plate portion , and being bendable to one side with respect to the main plate portion , a main plate portion ; and a large area end bending portion forming an end area in one side of the main plate portion , manufactured as one body with the main plate portion , having a larger cross-sectional area than the main plate portion , and being bendable to one side with respect to the main plate portion , wherein the membrane fixing member comprises: a bone screw having one side fixed to the bone defect portion; and a bone tack coupled to the bone screw with the dental membrane therebetween to fix the dental membrane , wherein the bone screw comprises: a screw portion fixed to the bone defect portion by a screw method; and a cuff formed coaxially with the screw portion , arranged around the screw portion , and forming a section having no screw thread. a bone screw having one side fixed to the bone defect portion; and a bone tack coupled to the bone screw with the dental membrane therebetween to fix the dental membrane , wherein the bone screw comprises: a screw portion fixed to the bone defect portion by a screw method; and a cuff formed coaxially with the screw portion , arranged around the screw portion , and forming a section having no screw thread. a screw portion fixed to the bone defect portion by a screw method; and a cuff formed coaxially with the screw portion , arranged around the screw portion , and forming a section having no screw thread.
Wheel hub of a motor vehicle comprising: a tubular body having a coupling opening which is adapted to receive a wheel axis of said motor vehicle; wherein said tubular body comprises: a first section with a small diameter (d1); a second section with a large diameter (d4) which is arranged axially opposite to said first section ; a third section with an intermediate diameter (d3) with respect to said first section and said second section , which is arranged in an intermediate axial position between said first and second section ; said large diameter (d4) being greater than of said intermediate diameter (d3) which in turn is greater than said small diameter (d1); a plurality of ribs spaced from each other and extending in an axial direction (X-X) onto said tubular body , wherein each rib extends on said first section and said third section and connects to said second section , wherein a maximum rib diameter (d2), defined by ridges of each rib in a top level, results less or equal to said larger diameter (d4) of said second section . a tubular body having a coupling opening which is adapted to receive a wheel axis of said motor vehicle; wherein said tubular body comprises: a first section with a small diameter (d1); a second section with a large diameter (d4) which is arranged axially opposite to said first section ; a third section with an intermediate diameter (d3) with respect to said first section and said second section , which is arranged in an intermediate axial position between said first and second section ; said large diameter (d4) being greater than of said intermediate diameter (d3) which in turn is greater than said small diameter (d1); a plurality of ribs spaced from each other and extending in an axial direction (X-X) onto said tubular body , wherein each rib extends on said first section and said third section and connects to said second section , wherein a maximum rib diameter (d2), defined by ridges of each rib in a top level, results less or equal to said larger diameter (d4) of said second section . a first section with a small diameter (d1); a second section with a large diameter (d4) which is arranged axially opposite to said first section ; a third section with an intermediate diameter (d3) with respect to said first section and said second section , which is arranged in an intermediate axial position between said first and second section ; said large diameter (d4) being greater than of said intermediate diameter (d3) which in turn is greater than said small diameter (d1); a plurality of ribs spaced from each other and extending in an axial direction (X-X) onto said tubular body , wherein each rib extends on said first section and said third section and connects to said second section , wherein a maximum rib diameter (d2), defined by ridges of each rib in a top level, results less or equal to said larger diameter (d4) of said second section .
A syringe comprising a barrel with a nose end and needle , the nose end of the syringe characterized by : a needle redirection device further comprising a slide member attached to the nose end of the barrel with a tip end of the needle projecting forwardly of the slide member in coaxial alignment with the barrel during the injection; the slide member being configured to bend the tip end of the needle upon the application of manual pressure to a touch pad of the slide member following the injection, thereby moving the slide member transversely relative to the nose end of the coaxially aligned needle and barrel until the tip end of the needle is bent transversely is disposed behind and is protected by the slide member, wherein the nose end further comprises a slide support structure to which the slide member is attached so as to permit relative transverse slidable movement between the slide member and the slide support structure , wherein the needle is inserted through an aperture of the slide support structure and is attached in fixed relation to the inside of the slide support structure . a needle redirection device further comprising a slide member attached to the nose end of the barrel with a tip end of the needle projecting forwardly of the slide member in coaxial alignment with the barrel during the injection; the slide member being configured to bend the tip end of the needle upon the application of manual pressure to a touch pad of the slide member following the injection, thereby moving the slide member transversely relative to the nose end of the coaxially aligned needle and barrel until the tip end of the needle is bent transversely is disposed behind and is protected by the slide member, wherein the nose end further comprises a slide support structure to which the slide member is attached so as to permit relative transverse slidable movement between the slide member and the slide support structure , wherein the needle is inserted through an aperture of the slide support structure and is attached in fixed relation to the inside of the slide support structure .
A device for filtration and distribution of a gaseous phase and a liquid phase, which can be disposed upstream of a fixed catalytic bed of a reactor operating with a descending co-current of gas and liquid, comprising: • a solid plate extending in a horizontal plane on which substantially vertical risers which are open at their upper and lower ends are fixed, said risers being provided with openings over at least a fraction of their height; • a plurality of removable baskets which are capable of containing and retaining at least one filtration medium, each removable basket being defined by an ellipsoidal vertical wall or by at least three vertical lateral walls and a bottom , the vertical walls and/or the bottom being permeable to gas and to liquid and in which each basket is provided with at least one basket support means cooperating with a riser of the plate in order to support the removable basket. • a solid plate extending in a horizontal plane on which substantially vertical risers which are open at their upper and lower ends are fixed, said risers being provided with openings over at least a fraction of their height; • a plurality of removable baskets which are capable of containing and retaining at least one filtration medium, each removable basket being defined by an ellipsoidal vertical wall or by at least three vertical lateral walls and a bottom , the vertical walls and/or the bottom being permeable to gas and to liquid and in which each basket is provided with at least one basket support means cooperating with a riser of the plate in order to support the removable basket.
A unitary lens comprising: a substantially cylindrical body having a longitudinal axis and comprising a first end, an outer cylindrical surface, and a beam directing surface at a second end, the substantially cylindrical body and the outer cylindrical surface defining an open trench in between the first end and the beam directing surface , the substantially cylindrical body defining an inner end face , the beam directing surface being oriented at an angle to the longitudinal axis, and the open trench being sized to accept an optical fiber, wherein the inner end face is polished and angled relative to the longitudinal axis of the open trench , and wherein when an optical fiber is disposed within the open trench an end face of the optical fiber is adjacent the inner end face . a substantially cylindrical body having a longitudinal axis and comprising a first end, an outer cylindrical surface, and a beam directing surface at a second end, the substantially cylindrical body and the outer cylindrical surface defining an open trench in between the first end and the beam directing surface , the substantially cylindrical body defining an inner end face , the beam directing surface being oriented at an angle to the longitudinal axis, and the open trench being sized to accept an optical fiber, wherein the inner end face is polished and angled relative to the longitudinal axis of the open trench , and wherein when an optical fiber is disposed within the open trench an end face of the optical fiber is adjacent the inner end face .
A system for lubrication of the cylinder of a large slow-running internal combustion engine, the lubrication system comprising a plurality of lubricant injectors of which each one is connected via one of a corresponding plurality of lubricant supply lines to a lubricant pump unit , wherein the injectors have an injection pressure level at which the injectors are activated for ejecting lubricant; wherein each of the plurality of lubricant supply lines is connected to an upstream side of one of a corresponding plurality of overpressure relief valves for opening the overpressure relief valve when the pressure in the corresponding lubricant supply line exceeds a predetermined overpressure relief level which is above the injection pressure level; wherein the downstream sides of all overpressure relief valves are connected to a common overpressure detection device , wherein the overpressure detection device is configured for giving a signal when a pressure in any one of the plurality of lubricant supply lines exceeds the predetermined overpressure relief level, characterised in that the overpressure relief valves are provided remotely from the lubricant pump unit and are communicating only by pipes via the lubricant supply lines to the lubricant pump unit .
Thermally expandable microspheres comprising a polymeric shell surrounding a hollow core, wherein the hollow core comprises a blowing agent, and the polymeric shell comprises a carboxylate-functionalised cellulose having a glass transition temperature (T g ) of at least 125 °C, measured according to the description.
A method for transmitting data in a wireless communication system comprising: encoding binary data to a sparse modulated data sequence, wherein the sparse modulated data sequence exhibits a sparsity over a plurality of frequency subcarriers, such that only one of the plurality of frequency subcarriers is a non-zero subcarrier that carries the binary data; performing single-carrier pulse shaping on the sparse modulated data sequence to create a narrow-band signal; and transmitting the narrow-band signal over a narrow bandwidth using a same single-carrier pulse shape, wherein the narrow-band signal is a spectrally localized signal having a bandwidth less than a bandwidth of a resource block of the wireless communication system; the sparse modulated data sequence is a codeword selected from a sparse code multiple access, SCMA, codebook, and the codeword has only one active, non-zero component; and the method further comprising, prior to transmitting the narrow-band signal, removing a time domain tail of the narrow-band signal by truncating the narrow-band signal. encoding binary data to a sparse modulated data sequence, wherein the sparse modulated data sequence exhibits a sparsity over a plurality of frequency subcarriers, such that only one of the plurality of frequency subcarriers is a non-zero subcarrier that carries the binary data; performing single-carrier pulse shaping on the sparse modulated data sequence to create a narrow-band signal; and transmitting the narrow-band signal over a narrow bandwidth using a same single-carrier pulse shape, wherein the narrow-band signal is a spectrally localized signal having a bandwidth less than a bandwidth of a resource block of the wireless communication system; the sparse modulated data sequence is a codeword selected from a sparse code multiple access, SCMA, codebook, and the codeword has only one active, non-zero component; and the method further comprising, prior to transmitting the narrow-band signal, removing a time domain tail of the narrow-band signal by truncating the narrow-band signal.
Luminous land-vehicle device for illuminating a scene, comprising: - a monolithic electroluminescent source comprising electroluminescent elements; - an optical system arranged to form an image of the monolithic electroluminescent source; - an electronic device able to: -- receive at least one first measurement at a first frequency regarding at least one physical parameter of the vehicle; -- receive at least one second measurement at a second frequency regarding at least one physical parameter of the scene; and -- control the electroluminescent elements of the monolithic electroluminescent source depending on the received first and/or second measurements characterized in that the first frequency is greater than the second frequency; and in that the electroluminescent elements of the monolithic electroluminescent source are controlled depending on the first measurement received as long as the second measurement has not been received. - a monolithic electroluminescent source comprising electroluminescent elements; - an optical system arranged to form an image of the monolithic electroluminescent source; - an electronic device able to: -- receive at least one first measurement at a first frequency regarding at least one physical parameter of the vehicle; -- receive at least one second measurement at a second frequency regarding at least one physical parameter of the scene; and -- control the electroluminescent elements of the monolithic electroluminescent source depending on the received first and/or second measurements -- receive at least one first measurement at a first frequency regarding at least one physical parameter of the vehicle; -- receive at least one second measurement at a second frequency regarding at least one physical parameter of the scene; and -- control the electroluminescent elements of the monolithic electroluminescent source depending on the received first and/or second measurements
A high oxidation-resistant alloy having a nominal composition consisting of: Co 9.00-9.50 wt% W 9.30-9.70 wt% Cr 8.00-8.70 wt% Al 4.00-15.50 wt% Ti 0.60-0.90 wt% Ta 2.80-3.30 wt% Mo 0.40-0.60 wt% Hf up to1.20 wt% Mn up to 0.05 wt% Si up to 0.02 wt% C up to 0.065 wt% Re 0.00-4.00 wt% Mg, B, Zr, Fe, O, N, S, or a mixture thereof up to 0.287 wt% Ni balance based on the alloy weight.
A respiratory system configured to deliver a respiratory therapy to a patient, the system also configured to provide information related to the patient, the system comprising: a respiratory device comprising a controller , wherein the controller is configured to: receive measurements of a flow rate of a flow of gases, the measured flow rate indicative of the patient's respiration; receive measurements of a second parameter of a gases flow or representative of performance of a component of the device, wherein the second parameter has an assumed effect on the measured flow rate; determine whether the assumed effect is valid; and discard the measured flow rate from a validated flow rate dataset in response to the assumed effect being invalid, the controller configured to use the validated flow rate dataset to make an estimate about the patient that includes an estimate of the patient's respiratory rate. receive measurements of a flow rate of a flow of gases, the measured flow rate indicative of the patient's respiration; receive measurements of a second parameter of a gases flow or representative of performance of a component of the device, wherein the second parameter has an assumed effect on the measured flow rate; determine whether the assumed effect is valid; and discard the measured flow rate from a validated flow rate dataset in response to the assumed effect being invalid, the controller configured to use the validated flow rate dataset to make an estimate about the patient that includes an estimate of the patient's respiratory rate.
A fireproof vibration damping structure comprising a floor steel plate of a ship and a vibration damper comprising a constrained layer and a resin layer, wherein the vibration damper is adhered at the resin layer side thereof to the floor steel plate as an adherend, wherein the constrained layer is constituted of an inorganic material, an organic mass of the resin layer is 0.6 kg/m 2 or less and 0.2 kg/m 2 or more, wherein organic mass means a composition having C-H bond in the composition constituting the resin layer, and can be measured by ignition loss measured by ignition loss test of JIS K 0067 "Loss of chemical product, and residue test method", a loss factor is 0.1 or more, wherein the loss factor is measured according to JIS G 0602 "Test methods for vibration-damping property in laminated damping steel sheets of constrained type", and the resin layer is constituted of a resin composition comprising 100 parts by weight of a chlorine-containing thermoplastic resin having a chlorine content of 20 to 70 wt% and a weight average molecular weight of 400,000 or more, and 200 to 1,000 parts by weight of a chlorinated paraffin having an average carbon atom number of 12 to 50 and a degree of chlorination of 30 to 75 wt%.
Insulating sleeve which is flexible and consists of a single layer, wherein the single layer is based on a rubber mixture which contains at least one silicone rubber as single rubber component and hollow microspheres, and wherein the rubber mixture is completely vulcanized and wherein the insulating sleeve contains a tangential cut.