mhurhangee/patent-ind-claim-en huggingface dataset:
A tire vulcanization system that is configured to vulcanize a raw tire (T2) and manufactures a vulcanized tire (T1), the system comprising: a vulcanizer configured to perform a vulcanization process for the raw tire; a PCI device configured to perform post-cure inflation of the vulcanized tire; an attachment or detachment portion configured to attach or detach an upper lid of the PCI device; a tire conveyance device configured to carry the raw tire into the vulcanizer and carry out the vulcanized tire subjected to the vulcanization process by the vulcanizer; a PCI moving portion configured to move the PCI device between a first position where the upper lid is attached by the attachment or detachment portion and a second position where the post-cure inflation is performed; and a raw tire placing stand portion disposed above the PCI device moved to the second position and on which the raw tire (T2) immediately before the vulcanization process is placed, wherein the tire conveyance device is configured to deliver the vulcanized tire to the PCI device at the first position, receive the raw tire placed on the raw tire placing stand portion at the second position, and carry the raw tire into the vulcanizer, the attachment or detachment portion is configured to attach or detach the upper lid to or from the PCI device at the first position, and the PCI moving portion is configured to receive the vulcanized tire from the tire conveyance device and move the PCI device mounted with the upper lid from the first position to the second position. a vulcanizer configured to perform a vulcanization process for the raw tire; a PCI device configured to perform post-cure inflation of the vulcanized tire; an attachment or detachment portion configured to attach or detach an upper lid of the PCI device; a tire conveyance device configured to carry the raw tire into the vulcanizer and carry out the vulcanized tire subjected to the vulcanization process by the vulcanizer; a PCI moving portion configured to move the PCI device between a first position where the upper lid is attached by the attachment or detachment portion and a second position where the post-cure inflation is performed; and a raw tire placing stand portion disposed above the PCI device moved to the second position and on which the raw tire (T2) immediately before the vulcanization process is placed, wherein the tire conveyance device is configured to deliver the vulcanized tire to the PCI device at the first position, receive the raw tire placed on the raw tire placing stand portion at the second position, and carry the raw tire into the vulcanizer, the attachment or detachment portion is configured to attach or detach the upper lid to or from the PCI device at the first position, and the PCI moving portion is configured to receive the vulcanized tire from the tire conveyance device and move the PCI device mounted with the upper lid from the first position to the second position.
A user equipment , UE , comprising: processing circuitry configured to rotate a symbol of a plurality of symbols for transmission, an amount of rotation of the symbol of the plurality of symbols being based on at least one of a cyclic prefix length of the symbol of the plurality of symbols and position of a subcarrier on which the symbol of the plurality of symbols is to be transmitted; and a transmitter configured to cause transmission of the plurality of symbols and wherein the transmitter is a transmitter chain, the amount of rotation of the symbol of the plurality of symbols being further based on one of a predetermined amplitude distortion and a predetermined phase distortion, introduced by the transmitter chain. processing circuitry configured to rotate a symbol of a plurality of symbols for transmission, an amount of rotation of the symbol of the plurality of symbols being based on at least one of a cyclic prefix length of the symbol of the plurality of symbols and position of a subcarrier on which the symbol of the plurality of symbols is to be transmitted; and a transmitter configured to cause transmission of the plurality of symbols and wherein the transmitter is a transmitter chain, the amount of rotation of the symbol of the plurality of symbols being further based on one of a predetermined amplitude distortion and a predetermined phase distortion, introduced by the transmitter chain.
A method, comprising: receiving one or more signals associated with an analyte level from an analyte monitoring device, said device being in a present operational state; and determining if the received one or more signals deviates from a predetermined signal characteristic; based on said determining and on the present operational state, retrieving , from a storage unit, a new potential operational state associated with the analyte monitoring device; retrieving , from a storage unit, a prior signal associated with a prior analyte level and comparing the prior signal associated with the prior analyte level to the received one or more signals presenting , at a user interface unit, output data associated with the new potential operational state of the analyte monitoring device the output data being at least in part based on the one or more of the received signals and on the prior signal; receiving user input data based on the presented output data; and modifying, by a data processor, the operational state associated with the analyte monitoring device based on the received user input data. receiving one or more signals associated with an analyte level from an analyte monitoring device, said device being in a present operational state; and determining if the received one or more signals deviates from a predetermined signal characteristic; based on said determining and on the present operational state, retrieving , from a storage unit, a new potential operational state associated with the analyte monitoring device; retrieving , from a storage unit, a prior signal associated with a prior analyte level and comparing the prior signal associated with the prior analyte level to the received one or more signals presenting , at a user interface unit, output data associated with the new potential operational state of the analyte monitoring device the output data being at least in part based on the one or more of the received signals and on the prior signal; receiving user input data based on the presented output data; and modifying, by a data processor, the operational state associated with the analyte monitoring device based on the received user input data.
An optical analysis assembly for a liquid sample, characterized in that it comprises a micro-structured support substrate for a liquid sample comprising a lower face and an upper face , wherein said substrate comprises on the one hand at least one surface cavity with a volume V0 opening onto said upper face and forming an analysis zone for the liquid sample and on the other hand a first groove with a first volume V1 arranged around each surface cavity and opening onto its upper face , as well as at least one second groove opening onto its upper face and arranged around of the first groove , wherein the sum of the volumes of the second grooves is equal to V2, wherein the volume V1+V2 is superior or equal to 0.05 V0, preferably 0.1 V0, wherein the depth of the grooves is superior to 10 microns and inferior to 500 microns, preferably between 20 microns and 500 microns, wherein the grooves are continuous and/or not communicating with each other, wherein at least one liquid sample with a volume superior to the sum of the volumes of the cavity and of the first groove is deposited on said substrate in at least one cavity , wherein the substrate is covered by a thin plate closing all the cavities of the substrate .
A collapsible medical device , comprising: at least one layer of a plurality of metal strands woven into a tubular braided metal fabric having a proximal end, a distal end, and a segment there between; the tubular braided metal fabric having an expanded preset configuration shaped for treatment of an opening in a body organ; and the expanded preset configuration being deformable to a lesser cross-sectional dimension for delivery through a channel in a patient's body, the braided metal fabric having a memory property whereby the medical device returns to the expanded preset configuration when delivered into the patient's body, characterised by said proximal and distal ends having free wire ends that are unsecured by clamps or any other means for affixing strands together, and having at least a portion of the segment larger in diameter than a locus defined by the positions of the free wire ends when in the expanded preset configuration. at least one layer of a plurality of metal strands woven into a tubular braided metal fabric having a proximal end, a distal end, and a segment there between; the tubular braided metal fabric having an expanded preset configuration shaped for treatment of an opening in a body organ; and the expanded preset configuration being deformable to a lesser cross-sectional dimension for delivery through a channel in a patient's body, the braided metal fabric having a memory property whereby the medical device returns to the expanded preset configuration when delivered into the patient's body, characterised by said proximal and distal ends having free wire ends that are unsecured by clamps or any other means for affixing strands together, and having at least a portion of the segment larger in diameter than a locus defined by the positions of the free wire ends when in the expanded preset configuration.
A lighting device comprising: a body comprising: a mounting area comprising a plurality of conductive pads and a thermal pad ; and an elongate member extending from the mounting area ; wherein the mounting area and the elongate member are formed of a thermally conductive, electrically insulating material and the plurality of conductive pads are embedded in the thermally conductive, electrically insulating material; a semiconductor light emitting device comprising a light emitting diode disposed on a mount , the semiconductor light emitting device being disposed in direct contact with the body in the mounting area , wherein the mount is connected to the body through the plurality of conductive pads and the thermal pad ; and a lens disposed over the semiconductor light emitting device and in direct contact with the body , characterized in that the space between the light emitting device and the lens is filled with filling material and in that the mounting area includes ports for the injection of the filling material. a body comprising: a mounting area comprising a plurality of conductive pads and a thermal pad ; and an elongate member extending from the mounting area ; wherein the mounting area and the elongate member are formed of a thermally conductive, electrically insulating material and the plurality of conductive pads are embedded in the thermally conductive, electrically insulating material; a mounting area comprising a plurality of conductive pads and a thermal pad ; and an elongate member extending from the mounting area ; wherein the mounting area and the elongate member are formed of a thermally conductive, electrically insulating material and the plurality of conductive pads are embedded in the thermally conductive, electrically insulating material; a semiconductor light emitting device comprising a light emitting diode disposed on a mount , the semiconductor light emitting device being disposed in direct contact with the body in the mounting area , wherein the mount is connected to the body through the plurality of conductive pads and the thermal pad ; and a lens disposed over the semiconductor light emitting device and in direct contact with the body , characterized in that the space between the light emitting device and the lens is filled with filling material and in that the mounting area includes ports for the injection of the filling material.
An articulating medical tool comprising: a proximal link system including a pair of proximal articulating links ; a distal link system including a pair of distal articulating links ; a first set of actuating elements coupled to a first one of the pair of proximal articulating links and to a first one of the pair of distal articulating links; and a second set of actuating elements coupled to a second one of the pair of proximal articulating links and to a second one of the pair of distal articulating links, wherein the articulating links are configured so that an actuating force applied to at least one of the first set and second set of actuating elements causes a first bend angle to form between the proximal articulating links and causes a second bend angle to form between the pair of distal articulating links, wherein the first and second bend angles are different, and wherein the first set of actuating elements are radially spaced and wherein a central axis extends through the proximal and distal link systems and the radially spaced actuating elements of the first set extend a first radial distance from the central axis where coupled to the first one of the pair of proximal articulating links and extend a second radial distance from the central axis where coupled to the first one of the pair of distal articulating links, wherein the first radial distance varies from the second radial distance. a proximal link system including a pair of proximal articulating links ; a distal link system including a pair of distal articulating links ; a first set of actuating elements coupled to a first one of the pair of proximal articulating links and to a first one of the pair of distal articulating links; and a second set of actuating elements coupled to a second one of the pair of proximal articulating links and to a second one of the pair of distal articulating links, wherein the articulating links are configured so that an actuating force applied to at least one of the first set and second set of actuating elements causes a first bend angle to form between the proximal articulating links and causes a second bend angle to form between the pair of distal articulating links, wherein the first and second bend angles are different, and wherein the first set of actuating elements are radially spaced and wherein a central axis extends through the proximal and distal link systems and the radially spaced actuating elements of the first set extend a first radial distance from the central axis where coupled to the first one of the pair of proximal articulating links and extend a second radial distance from the central axis where coupled to the first one of the pair of distal articulating links, wherein the first radial distance varies from the second radial distance.
Multi-module headlight for a motor vehicle, each module forming part of said headlight comprising at least one light source (S) and at least one mobile beam interception device , capable of intercepting part of the light beam output by said source or allowing it to pass depending on its position, the interception devices of at least two modules being activated by a common movement control means, said beam interception devices have reflecting surfaces, the reflecting surfaces of each of the two modules being plane mirrors , said plane mirrors being mounted on a common spindle and being free to move in rotation about said common spindle , oriented perpendicular to an optical axis of said headlight , each of the two modules comprising a reflector and a convergent lens , the source (S) of said module being positioned at a point called the first focus of said reflector , and said reflector having a shape such that after reflection, at least a part of the rays output from said source converges towards a point called the second focus (F) of said reflector, the reflectors of said two modules being open portions of ellipsoids or semi-ellipsoids extending above a plane of symmetry of said ellipsoid, characterised in that the light flux is directed, after reflection on said reflector towards the second focus (F) of the ellipsoid, and then to a convergent lens 3, in that each of said at least two modules is in a main beam position when the mirrors are inclined relative to the horizontal plan and are positioned entirely outside the light flux allowing all rays to pass towards the convergent lens passing through a bottom part of the lens and being directed upwards, and in that each of said at least two modules is in a dipped beam position when the mirrors are in a horizontal position and their longitudinal extent is sufficient to intercept all rays from the reflector , all said rays being reflected upwards by the mirrors and being redirected by the mirror towards a top part of the convergent lens , the light rays being directed forwards with a downwards inflection, at the exit of said convergent lens .
A blade outer air seal assembly , for a gas turbine engine, comprising: a blade outer air seal having a plurality of segments extending circumferentially about an axis and mounted in a carrier ; at least two of the plurality of segments having a first wall , a second wall and a base portion extending from the first wall to the second wall ; and an intersegment seal having a curved surface ; wherein the blade outer air seal assembly is characterised by : the first wall and the second wall extending along an axial length of the segment and circumferentially spaced from one another, the base portion extending circumferentially outward past the first and second walls to form first and second sealing surfaces ; and wherein the curved surface engages with the first and second sealing surfaces between the at least two segments . a blade outer air seal having a plurality of segments extending circumferentially about an axis and mounted in a carrier ; at least two of the plurality of segments having a first wall , a second wall and a base portion extending from the first wall to the second wall ; and an intersegment seal having a curved surface ; wherein the blade outer air seal assembly is characterised by : the first wall and the second wall extending along an axial length of the segment and circumferentially spaced from one another, the base portion extending circumferentially outward past the first and second walls to form first and second sealing surfaces ; and wherein the curved surface engages with the first and second sealing surfaces between the at least two segments . the first wall and the second wall extending along an axial length of the segment and circumferentially spaced from one another, the base portion extending circumferentially outward past the first and second walls to form first and second sealing surfaces ; and wherein the curved surface engages with the first and second sealing surfaces between the at least two segments .
A method performed by an Online Charging System OCS for controlling signaling for charging of a service in a communication network , comprising the steps of: - receiving a request message for charging of the service from a charging client, the request message including at least data identifying a first communication network account to charge for the service; - accessing a system utilization indicator representing a computer resource utilization value of a node involved in providing the service; - determining based on at least the system utilization indicator a determined service usage quota, including a determined service usage quota attribute controlling the time between request messages for charging of the service from the charging client, to be reserved for from the account; - reserving for the service usage quota from the account; and - transmitting an answer message to the charging client including the determined service usage quota attribute of the service usage quota reserved for from the account to be applied in controlling the service. - receiving a request message for charging of the service from a charging client, the request message including at least data identifying a first communication network account to charge for the service; - accessing a system utilization indicator representing a computer resource utilization value of a node involved in providing the service; - determining based on at least the system utilization indicator a determined service usage quota, including a determined service usage quota attribute controlling the time between request messages for charging of the service from the charging client, to be reserved for from the account; - reserving for the service usage quota from the account; and - transmitting an answer message to the charging client including the determined service usage quota attribute of the service usage quota reserved for from the account to be applied in controlling the service.
A method of carrier selection for wireless communications between a first communications device and a second communications device in a frequency hopping communications system comprising: allocating to a long range carrier class a long range subset of carriers within a defined frequency-hopping spectrum between the first communications device and the second communications device ; allocating to a short range carrier class a short range subset of carriers within the defined frequency-hopping spectrum between the first communications device and the second communications device monitoring a transmit power level between the first communications device and the second communications device ; identifying a high transmit power level condition comprising determining whether the transmit power level exceeds a threshold value; and transmitting data between the first communications device and the second communications device comprising frequency hopping between carriers only within the long range subset of carriers responsive to identifying the high transmit power level condition. allocating to a long range carrier class a long range subset of carriers within a defined frequency-hopping spectrum between the first communications device and the second communications device ; allocating to a short range carrier class a short range subset of carriers within the defined frequency-hopping spectrum between the first communications device and the second communications device monitoring a transmit power level between the first communications device and the second communications device ; identifying a high transmit power level condition comprising determining whether the transmit power level exceeds a threshold value; and transmitting data between the first communications device and the second communications device comprising frequency hopping between carriers only within the long range subset of carriers responsive to identifying the high transmit power level condition.
A waterproof demountable joint including a first tubular component, a second tubular component, a two-piece coupling nut and a C-seal, characterized in that the two-piece coupling nut consists of two mechanically connectable identical segments , the first tubular component is provided on its end with a radially protruding ring to retain in the flange of the two-piece coupling nut , the second tubular component is provided with connecting neck with the radial outlet, and its outer surface is provided with radially arranged bayonet pins to be snapped into bayonet slots of the two-piece coupling nut , the C-seal is placed between the outlet of the first tubular component and the outlet of the second tubular component . the two-piece coupling nut consists of two mechanically connectable identical segments , the first tubular component is provided on its end with a radially protruding ring to retain in the flange of the two-piece coupling nut , the second tubular component is provided with connecting neck with the radial outlet, and its outer surface is provided with radially arranged bayonet pins to be snapped into bayonet slots of the two-piece coupling nut , the C-seal is placed between the outlet of the first tubular component and the outlet of the second tubular component .