mhurhangee/patent-ind-claim-en huggingface dataset:
A polymer particle, formed from reacting a solution including: at least one monomer; at least one crosslinker selected from or and at least one polymerizable pharmaceutical agent, wherein the at least one pharmaceutical agent is chemically bonded to the particle with a hydrolytically degradable linkage. at least one monomer; at least one crosslinker selected from or and at least one polymerizable pharmaceutical agent, wherein the at least one pharmaceutical agent is chemically bonded to the particle with a hydrolytically degradable linkage.
Autonomous facet suitable for use as reflective element of a solar concentrator , which comprises: - a sandwiched layer arrangement, including a front layer which comprises a reflective surface of the facet ; an intermediate layer ; and a rear layer for insulating and/or supporting the intermediate layer , characterized in that said facet further comprises: - one or more self-calibration sensors for orientating the reflective surface towards the solar position and/or a radiation receiver; wherein: - said sensors are integrated, at least in part, in the front layer of the facet and arranged at one or more housings formed at the intermediate layer thereof; and - at least one sensor comprises a front surface which is levelled with the reflective surface of the facet . - a sandwiched layer arrangement, including a front layer which comprises a reflective surface of the facet ; an intermediate layer ; and a rear layer for insulating and/or supporting the intermediate layer , characterized in that said facet further comprises: - one or more self-calibration sensors for orientating the reflective surface towards the solar position and/or a radiation receiver; wherein: - said sensors are integrated, at least in part, in the front layer of the facet and arranged at one or more housings formed at the intermediate layer thereof; and - at least one sensor comprises a front surface which is levelled with the reflective surface of the facet . - said sensors are integrated, at least in part, in the front layer of the facet and arranged at one or more housings formed at the intermediate layer thereof; and - at least one sensor comprises a front surface which is levelled with the reflective surface of the facet .
A configurable subsea wet-mateable connector comprising a receptacle connector body and a plug connector body ; the receptacle connector body of the connector further comprising at least two replaceable receptacle inserts chosen from at least one of a power connector unit , a data connector unit , an optical fibre connector unit , a pneumatic connector unit or a fluid connector unit; and the subsea plug connector unit comprising at least two replaceable plug inserts comprising the same at least two of the power connector unit , data connector unit , optical fibre connector unit , pneumatic connector unit or fluid connector unit.
Apparatus for separation and enrichment of helium-3 from a nuclear power plant cover gas comprising a mixture of helium-3 and helium-4, wherein the apparatus comprises a cover gas duct and at least two separator stages (S1, S2) arranged successively, wherein the cover gas duct is connected to a first separator stage (S1) of the at least two separator stages (S1, S2), characterized in that - the first separator stage (S1) is a gas chromatographic unit comprising at least one gas chromatographic column (C-01, C-02), wherein the apparatus comprises a carrier gas duct converging with the cover gas duct into a feed duct upstream of a first one of the at least one gas chromatographic column (C-01, C-02), and - the second separator stage (S2) is connected via an effluent duct to the upstream first separator stage (S1) and comprises at least one of a permeation membrane reactor (PMR) and a distillation device . - the first separator stage (S1) is a gas chromatographic unit comprising at least one gas chromatographic column (C-01, C-02), wherein the apparatus comprises a carrier gas duct converging with the cover gas duct into a feed duct upstream of a first one of the at least one gas chromatographic column (C-01, C-02), and - the second separator stage (S2) is connected via an effluent duct to the upstream first separator stage (S1) and comprises at least one of a permeation membrane reactor (PMR) and a distillation device .
Assembly for a motor vehicle comprising an electric motor , a fork for a motor vehicle , and a brake disc and the assembly further comprising - a motor casing , said motor casing comprising - a motor cartridge comprising a stator connected to the motor casing ; - said motor cartridge further comprising a rotor connectable to a wheel shaft ; - said assembly further comprising a disc of a brake disc connectable to said wheel shaft ; wherein - said assembly comprises the fork for a motor vehicle in one piece with said motor casing ; - said assembly further comprises a disc brake caliper positioned astride said disc and connected to said motor casing ; characterised in that said assembly comprises a first half-caliper in one piece with said fork ; and that said assembly further comprises an associable opposite second half-caliper associated with said first half-caliper so as to arrange said caliper astride the brake disc . - a motor casing , said motor casing comprising - a motor cartridge comprising a stator connected to the motor casing ; - said motor cartridge further comprising a rotor connectable to a wheel shaft ; - said assembly further comprising a disc of a brake disc connectable to said wheel shaft ; - said assembly comprises the fork for a motor vehicle in one piece with said motor casing ; - said assembly further comprises a disc brake caliper positioned astride said disc and connected to said motor casing ;
An altered family B archaeal DNA polymerase comprising amino acid substitution mutations at positions positionally equivalent to Leu408, Tyr409, Pro410, and Lys477 in the wild-type 9°N DNA polymerase amino acid sequence SEQ ID NO:5, wherein the substitution mutations are homologous to Leu408Ala, Tyr409Ala, Pro410Ile and Lys477Met, wherein the amino acid sequence of the altered family B archaeal DNA polymerase is at least 80% identical to SEQ ID NO: 5, and wherein in use, the altered family B archaeal DNA polymerase exhibits polymerase activity.
An infusion system for being operatively connected to a fluid delivery line and to an infusion container containing an infusion fluid, the infusion system comprising: at least two optical transmitters configured to transmit optical signals having different wavelengths through the fluid delivery line; wherein a first optical signal transmitted by a first optical transmitter has a first wavelength and a second optical signal transmitted by a second optical transmitter has a second wavelength different than the first wavelength, at least one optical receiver configured to receive the first and second optical signals having the different wavelengths transmitted from the first and second optical transmitters; at least one processor in electronic communication with the at least two optical transmitters, and the at least one optical receiver; and a memory in electronic communication with the at least one processor, wherein the memory comprises programming code for execution by the at least one processor, and the programming code is configured to determine whether air or the infusion fluid is disposed in the fluid delivery line based on the received first and second optical signals having the different wavelengths which are received by the at least one optical receiver, characterised in that the infusion system further comprises an optical beam splitter which directs the transmitted first and second optical signals along the same optical axis through the fluid delivery line. at least two optical transmitters configured to transmit optical signals having different wavelengths through the fluid delivery line; wherein a first optical signal transmitted by a first optical transmitter has a first wavelength and a second optical signal transmitted by a second optical transmitter has a second wavelength different than the first wavelength, at least one optical receiver configured to receive the first and second optical signals having the different wavelengths transmitted from the first and second optical transmitters; at least one processor in electronic communication with the at least two optical transmitters, and the at least one optical receiver; and a memory in electronic communication with the at least one processor,
Method for compressing an input data set which comprises one or more input values, comprising the steps of: - for each input value, determining a tolerance range; - generating encoded lossy values by lossy encoding of the input values; - generating decoded lossy values associated with the input values , in particular by decoding the encoded lossy values; - generating difference values by subtracting each decoded lossy value from the respectively associated input value; - comparing each difference value with the respectively associated determined tolerance range in order to ascertain whether the difference value is within the respectively associated tolerance range; - generating encoded correction values associated with the encoded lossy values on the basis of the difference values, wherein the encoded correction values are offset values which can be added to the associated encoded lossy values, wherein encoded correction values are generated only for the difference values that are outside the respectively associated determined tolerance range; and - supplying an output data set based on the comparison of the difference values with the tolerance ranges, wherein supplying the output data set includes supplying combined encoded values, wherein the combined encoded values are obtained by merging the encoded lossy values and the encoded correction values that have associated difference values that are outside the associated determined tolerance range. - for each input value, determining a tolerance range; - generating encoded lossy values by lossy encoding of the input values; - generating decoded lossy values associated with the input values , in particular by decoding the encoded lossy values; - generating difference values by subtracting each decoded lossy value from the respectively associated input value; - comparing each difference value with the respectively associated determined tolerance range in order to ascertain whether the difference value is within the respectively associated tolerance range; - generating encoded correction values associated with the encoded lossy values on the basis of the difference values, wherein the encoded correction values are offset values which can be added to the associated encoded lossy values, wherein encoded correction values are generated only for the difference values that are outside the respectively associated determined tolerance range; and - supplying an output data set based on the comparison of the difference values with the tolerance ranges, wherein supplying the output data set includes supplying combined encoded values, wherein the combined encoded values are obtained by merging the encoded lossy values and the encoded correction values that have associated difference values that are outside the associated determined tolerance range.
Manual control device for a bicycle hydraulic braking system of the disc type, comprising: - a manual actuation member configured to issue a braking command and - a master cylinder assembly , comprising a cylinder , a piston movable by reciprocating motion inside the cylinder against the action of a return spring , as well as a hydraulic tank comprising a bottom , a ceiling , and a membrane dividing the hydraulic tank in a variable volume filled chamber and a complementarily variable volume empty chamber , said tank being fluidically connected to the cylinder , wherein the piston is displaced inside the cylinder in response to the actuation of the manual actuation member , and - a membrane detector device comprising at least one sensor of the presence of the membrane in a predetermined position in the tank and/or a meter of the distance of the membrane from the ceiling of tank , characterized in that said membrane detector device comprises: - at least one optical sensor, comprising a light source, preferably an LED, and a photodiode or phototransistor located to receive the light emitted by the light source and reflected by the membrane when it is in the field of view of the optical sensor, and possibly a detectable member borne by the membrane , being an insert of more reflective material than the material forming the membrane , and/or - at least one magnetic sensor, preferably selected from the group consisting of a Reed sensor, a 3D Hall sensor, an AMR sensor, a GMR sensor and a TMR sensor, and possibly a detectable member borne by the membrane , being a magnet. - a manual actuation member configured to issue a braking command and - a master cylinder assembly , comprising a cylinder , a piston movable by reciprocating motion inside the cylinder against the action of a return spring , as well as a hydraulic tank comprising a bottom , a ceiling , and a membrane dividing the hydraulic tank in a variable volume filled chamber and a complementarily variable volume empty chamber , said tank being fluidically connected to the cylinder , wherein the piston is displaced inside the cylinder in response to the actuation of the manual actuation member , and - a membrane detector device comprising at least one sensor of the presence of the membrane in a predetermined position in the tank and/or a meter of the distance of the membrane from the ceiling of tank , - at least one optical sensor, comprising a light source, preferably an LED, and a photodiode or phototransistor located to receive the light emitted by the light source and reflected by the membrane when it is in the field of view of the optical sensor, and possibly a detectable member borne by the membrane , being an insert of more reflective material than the material forming the membrane , and/or - at least one magnetic sensor, preferably selected from the group consisting of a Reed sensor, a 3D Hall sensor, an AMR sensor, a GMR sensor and a TMR sensor, and possibly a detectable member borne by the membrane , being a magnet.
An immunoglobulin variable domain that binds TNFα comprising four framework regions (FR1 to FR4) and three complementarity determining regions (CDR1 to CDR3), wherein: a) CDR1 comprises amino acid sequence TADMG (SEQ ID NO: 193); b) CDR2 comprises amino acid sequence RISGIDGTTYYDEPVKG (SEQ ID NO: 261); and c) CDR3 comprises amino acid sequence PRYADQWSAYDY (SEQ ID NO: 329). a) CDR1 comprises amino acid sequence TADMG (SEQ ID NO: 193); b) CDR2 comprises amino acid sequence RISGIDGTTYYDEPVKG (SEQ ID NO: 261); and c) CDR3 comprises amino acid sequence PRYADQWSAYDY (SEQ ID NO: 329).
A method, comprising: requesting, by a network node, authentication of a user equipment with an authentication server; receiving a master key and authentication parameters from the authentication server when authentication is successful; verifying validity of the authentication parameters; when the verification is successful, instantiating a security context for the user equipment and assigning a security context identifier for next generation system security context to the user equipment; and sending a security mode command message to instruct the user equipment to instantiate security context using the security context identifier. requesting, by a network node, authentication of a user equipment with an authentication server; receiving a master key and authentication parameters from the authentication server when authentication is successful; verifying validity of the authentication parameters; when the verification is successful, instantiating a security context for the user equipment and assigning a security context identifier for next generation system security context to the user equipment; and sending a security mode command message to instruct the user equipment to instantiate security context using the security context identifier.
A surgical fastener, comprising: an anvil ; a cartridge assembly ; a first adjunct material ; means for affixing the first adjunct material onto a tissue at a treatment site; a second adjunct material ; means for affixing the second adjunct material onto the tissue at the treatment site; wherein the first adjunct material is coupled to the anvil and the second adjunct material is coupled to the cartridge assembly ; wherein said first adjunct material comprises: a first tissue-contacting layer formed from an elastomeric material; a second layer positioned closer to the tissue-contacting surface of the anvil, formed from a substantially rigid material; a third layer positioned closest to the tissue-contacting surface of the anvil, formed from a semi-rigid material. an anvil ; a cartridge assembly ; a first adjunct material ; means for affixing the first adjunct material onto a tissue at a treatment site; a second adjunct material ; means for affixing the second adjunct material onto the tissue at the treatment site; wherein the first adjunct material is coupled to the anvil and the second adjunct material is coupled to the cartridge assembly ; wherein said first adjunct material comprises: a first tissue-contacting layer formed from an elastomeric material; a second layer positioned closer to the tissue-contacting surface of the anvil, formed from a substantially rigid material; a third layer positioned closest to the tissue-contacting surface of the anvil, formed from a semi-rigid material. a first tissue-contacting layer formed from an elastomeric material; a second layer positioned closer to the tissue-contacting surface of the anvil, formed from a substantially rigid material; a third layer positioned closest to the tissue-contacting surface of the anvil, formed from a semi-rigid material.
A human-derived insect-resistant gene, having a nucleotide sequence of SEQ ID NO.1.
A pressurized oil circuit comprising a duct , a heat exchanger and at least one auxiliary component, for example a filtration device , fluidically connected to the duct , and comprising a valve group housable in the duct extending in length along an axis (X-X) and comprising: - a valve body that extends along the axis (X-X) axially fixable to the duct ; - an obturator , which extends along the axis (X-X), fitted, axially movable, on the valve body , comprising: • an exchanger aperture through which the oil flows to the heat exchanger , in a first operating configuration and a third operating configuration; • an auxiliary aperture through which the oil flows to the auxiliary component, rather than to the heat exchanger , in a second operating configuration and/or in a venting configuration; - obturator positioning and movement means comprising a pair of elastically yieldable elements , comprising a first element and a second element , operatively connected between the valve body and obturator , both made of a material selected from among the shape-memory alloys, in which the pair of elastically yieldable elements is suitable, as a function of the oil temperature and/or the oil pressure, to permit the axial movement of the obturator , to axially move the obturator , and to maintain the obturator in a predefined axial position. - a valve body that extends along the axis (X-X) axially fixable to the duct ; - an obturator , which extends along the axis (X-X), fitted, axially movable, on the valve body , comprising: • an exchanger aperture through which the oil flows to the heat exchanger , in a first operating configuration and a third operating configuration; • an auxiliary aperture through which the oil flows to the auxiliary component, rather than to the heat exchanger , in a second operating configuration and/or in a venting configuration; • an exchanger aperture through which the oil flows to the heat exchanger , in a first operating configuration and a third operating configuration; • an auxiliary aperture through which the oil flows to the auxiliary component, rather than to the heat exchanger , in a second operating configuration and/or in a venting configuration; - obturator positioning and movement means comprising a pair of elastically yieldable elements , comprising a first element and a second element , operatively connected between the valve body and obturator , both made of a material selected from among the shape-memory alloys, in which the pair of elastically yieldable elements is suitable, as a function of the oil temperature and/or the oil pressure, to permit the axial movement of the obturator , to axially move the obturator , and to maintain the obturator in a predefined axial position.
A method of managing radio connectivity of a vehicle comprising a telematic system, the method comprising: continuously receiving by the telematic system a predictive model generated by a remote system using data continuously collected from a plurality of vehicles, wherein the collected data comprise, for each given vehicle of the plurality of vehicles, data informative of its location, speed and of Radio Access Technology, RAT, related measurements provided by telematic system of the given vehicle; and responsive to a predefined event, applying, by the telematic system, a lastly received predictive model to current values of a predefined set of inputs associated with the vehicle to generate instructions and respectively provide one or more corrective actions related to radio connectivity of the vehicle, wherein the predefined set of inputs comprises a currently activated leading communication-related service and wherein the one or more corrective actions are provided in correspondence with the currently activated leading communication-related service. continuously receiving by the telematic system a predictive model generated by a remote system using data continuously collected from a plurality of vehicles, wherein the collected data comprise, for each given vehicle of the plurality of vehicles, data informative of its location, speed and of Radio Access Technology, RAT, related measurements provided by telematic system of the given vehicle; and responsive to a predefined event, applying, by the telematic system, a lastly received predictive model to current values of a predefined set of inputs associated with the vehicle to generate instructions and respectively provide one or more corrective actions related to radio connectivity of the vehicle, wherein the predefined set of inputs comprises a currently activated leading communication-related service and wherein the one or more corrective actions are provided in correspondence with the currently activated leading communication-related service.