mhurhangee/ep-ind-claims huggingface dataset:
A bandgap voltage reference circuit configured to provide a voltage reference at an output thereof, the circuit comprising: a first current source; a first bipolar transistor having its base connected to ground and its emitter connected to the first current source such that a voltage at the emitter of the first bipolar transistor is a complimentary to absolute temperature (CTAT) voltage; a second current source; a second bipolar transistor having its base connected to ground and its emitter connected to the second current source such that a voltage at the emitter of the second bipolar transistor is a complimentary to absolute temperature (CTAT) voltage and the second bipolar transistor is operated at n times less than the current density of the first bipolar transistor; a third current source; third bipolar transistor having its base connected to the emitter of the second bipolar transistor and its emitter connected to the third current source; an operational amplifier having a non-inverting input connected to receive the voltage at the emitter of the first bipolar transistor, an inverting input connected to the emitter of the third transistor by way of a first resistor, and the second resistor being connected between an output of the amplifier and the inverting input of the amplifier, and characterised in that the first, second and third current sources are PTAT current sources such that first and second order errors of the voltage reference are simultaneously compensated. a first current source; a first bipolar transistor having its base connected to ground and its emitter connected to the first current source such that a voltage at the emitter of the first bipolar transistor is a complimentary to absolute temperature (CTAT) voltage; a second current source; a second bipolar transistor having its base connected to ground and its emitter connected to the second current source such that a voltage at the emitter of the second bipolar transistor is a complimentary to absolute temperature (CTAT) voltage and the second bipolar transistor is operated at n times less than the current density of the first bipolar transistor; a third current source; third bipolar transistor having its base connected to the emitter of the second bipolar transistor and its emitter connected to the third current source; an operational amplifier having a non-inverting input connected to receive the voltage at the emitter of the first bipolar transistor, an inverting input connected to the emitter of the third transistor by way of a first resistor, and the second resistor being connected between an output of the amplifier and the inverting input of the amplifier, and characterised in that the first, second and third current sources are PTAT current sources such that first and second order errors of the voltage reference are simultaneously compensated.
A method in a wireless network node for handling the configuration of bundle sizes in transmission time interval, TTI, communications involving the transmission of more than one bundle in a HARQ transmission attempt, the method comprising: initiating the use of a first bundle size for communicating with a wireless device during an initial transmission, the first bundle size comprising a first number of repetitions; and initiating the use of at least a second bundle size for communicating with the wireless device during at least one retransmission associated with the initial transmission, wherein the at least second bundle size comprises a smaller number of repetitions compared to the first bundle size, characterized by: determining the first bundle size, and communicating the first bundle size to the wireless device; and determining the at least second bundle size, and communicating the at least second bundle size to the wireless device; wherein communicating a bundle size to the wireless device comprises using: an existing field in downlink configuration information, DCI; or a new field in downlink configuration information, DCI. initiating the use of a first bundle size for communicating with a wireless device during an initial transmission, the first bundle size comprising a first number of repetitions; and initiating the use of at least a second bundle size for communicating with the wireless device during at least one retransmission associated with the initial transmission, wherein the at least second bundle size comprises a smaller number of repetitions compared to the first bundle size, characterized by: determining the first bundle size, and communicating the first bundle size to the wireless device; and determining the at least second bundle size, and communicating the at least second bundle size to the wireless device; determining the first bundle size, and communicating the first bundle size to the wireless device; and determining the at least second bundle size, and communicating the at least second bundle size to the wireless device; wherein communicating a bundle size to the wireless device comprises using: an existing field in downlink configuration information, DCI; or a new field in downlink configuration information, DCI. an existing field in downlink configuration information, DCI; or a new field in downlink configuration information, DCI.
A flight vehicle (10, 110) comprising: an upstream portion (12, 112); and a downstream portion (14, 114) aft of the upstream portion; and a cavity (44, 144) defined at least in part by the portions, and between the portions, whereby elevated pressure in the cavity facilitates separation of the downstream portion from the upstream portion; wherein one of the portions has a local variation in surface shape, whereby the local variation in surface shape produces a shock (22, 24, 134) in supersonic flow; wherein one or both of the portions have one or more holes (38, 136), downstream of the shock produced by the local variation in surface shape, in fluid communication with the cavity; and characterized in that the local variation in surface shape includes protrusions (18, 122,) protruding radially outward from at least one of the portions. an upstream portion (12, 112); and a downstream portion (14, 114) aft of the upstream portion; and a cavity (44, 144) defined at least in part by the portions, and between the portions, whereby elevated pressure in the cavity facilitates separation of the downstream portion from the upstream portion; wherein one of the portions has a local variation in surface shape, whereby the local variation in surface shape produces a shock (22, 24, 134) in supersonic flow; wherein one or both of the portions have one or more holes (38, 136), downstream of the shock produced by the local variation in surface shape, in fluid communication with the cavity; and characterized in that the local variation in surface shape includes protrusions (18, 122,) protruding radially outward from at least one of the portions.
A materials handling vehicle comprising: a power unit; a load handling assembly coupled to said power unit; at least one first obstacle detector mounted at a first location on said power unit to detect an object located along a path of travel of said power unit in a detection zone spaced from the vehicle beyond a dead zone of said first detector; and characterised in that the vehicle further comprises at least one second obstacle detector mounted at a second location on said power unit, spaced from said power unit first location, and capable of detecting an object located along the path of travel of said power unit in a detection zone overlapping said dead zone of said first obstacle detector. a power unit; a load handling assembly coupled to said power unit; at least one first obstacle detector mounted at a first location on said power unit to detect an object located along a path of travel of said power unit in a detection zone spaced from the vehicle beyond a dead zone of said first detector; and characterised in that the vehicle further comprises at least one second obstacle detector mounted at a second location on said power unit, spaced from said power unit first location, and capable of detecting an object located along the path of travel of said power unit in a detection zone overlapping said dead zone of said first obstacle detector.
A molding method for a fluororesin molded article, the method being characterized in that it comprises forming a preliminary molded article by pressing a fluororesin powder in a primary mold, sintering the preliminary molded article, loading the sintered preliminary molded article into a secondary mold, cooling the preliminary molded article while pressing the preliminary molded article, to form the fluororesin molded article, and in that the forming of a preliminary molded article includes loading, into the primary mold, a layered product in which at least two kinds of fluororesin powders having respective average particle sizes different from each other are layered.
A device for dispensing a dental material comprising: - a cartridge having a dispensing end extending along a longitudinal axis; o the dispensing end having a dispensing opening for the dental material; o the dispensing end having in essence an axially symmetric shape about the longitudinal axis, wherein the axially symmetric shape has a truncation; o the truncation providing the dispensing end with a generally flat dispensing surface through which the dispensing opening extends; o the dispensing surface being oriented in a non-orthogonal relationship with the longitudinal axis; - the device further comprising a cap disposed over the dispensing end; o the cap and the dispensing end being rotatable relative to each other about the longitudinal axis between an open position, in which an orifice in the cap uncovers the dispensing surface, and a closed position, in which a closed space is formed between the cap and the dispensing surface. - a cartridge having a dispensing end extending along a longitudinal axis; o the dispensing end having a dispensing opening for the dental material; o the dispensing end having in essence an axially symmetric shape about the longitudinal axis, wherein the axially symmetric shape has a truncation; o the truncation providing the dispensing end with a generally flat dispensing surface through which the dispensing opening extends; o the dispensing surface being oriented in a non-orthogonal relationship with the longitudinal axis; o the dispensing end having a dispensing opening for the dental material; o the dispensing end having in essence an axially symmetric shape about the longitudinal axis, wherein the axially symmetric shape has a truncation; o the truncation providing the dispensing end with a generally flat dispensing surface through which the dispensing opening extends; o the dispensing surface being oriented in a non-orthogonal relationship with the longitudinal axis; - the device further comprising a cap disposed over the dispensing end; o the cap and the dispensing end being rotatable relative to each other about the longitudinal axis between an open position, in which an orifice in the cap uncovers the dispensing surface, and a closed position, in which a closed space is formed between the cap and the dispensing surface. o the cap and the dispensing end being rotatable relative to each other about the longitudinal axis between an open position, in which an orifice in the cap uncovers the dispensing surface, and a closed position, in which a closed space is formed between the cap and the dispensing surface.
A method for a connection establishment in a user equipment, UE, the method comprising: sending a request to a network node to initiate a connection establishment; and starting a timer for the connection establishment, wherein an expiration of the timer stops the connection establishment for a UE; characterized in that the method further comprises: stopping the timer upon one of the following: the UE receiving a suspend message; and the UE receiving a release message. sending a request to a network node to initiate a connection establishment; and starting a timer for the connection establishment, wherein an expiration of the timer stops the connection establishment for a UE; characterized in that the method further comprises: stopping the timer upon one of the following: the UE receiving a suspend message; and the UE receiving a release message. the UE receiving a suspend message; and the UE receiving a release message.
A method of identifying a candidate anti-megakaryocyte agent for inhibiting proliferation of hematopoietic progenitor cells, inhibiting maturation or differentiation of megakaryocytes, and/or lowering platelet levels, the method comprising incubating, in the presence of a test agent to be tested for anti-megakaryocyte activity, a cell capable of expressing TRB-3; and measuring expression of TRB-3, wherein a test agent which increases expression of TRB-3 relative to an appropriate control is a candidate anti-megakaryocyte agent for inhibiting proliferation of hematopoietic progenitor cells, inhibiting maturation or differentiation of megakaryocytes, and/or lowering platelet levels.
Treatment apparatus using a sterilizing substance, for sterilizing closures (2, 22) for containers, comprising: a rotating unit; a plurality of longitudinal rails (7a, 7b) able to house said closures (2, 22) arranged by force of gravity in a same number of lines, said rails (7a, 7b) being substantially parallel to one another and being solidly connected to said rotating unit such as to follow a circumferential extension of the rotating unit; dispensing means of said sterilizing substance, characterized in that said rails (7a, 7b) are of at least two types, of which a first type of rails are conformed so as to house a first closure format and a second type of rails are conformed so as to house a second closure format; and in that each rail of the first type alternates with a rail of the second type along the circumferential extension of said rotating unit. a rotating unit; a plurality of longitudinal rails (7a, 7b) able to house said closures (2, 22) arranged by force of gravity in a same number of lines, said rails (7a, 7b) being substantially parallel to one another and being solidly connected to said rotating unit such as to follow a circumferential extension of the rotating unit; dispensing means of said sterilizing substance, characterized in that said rails (7a, 7b) are of at least two types, of which a first type of rails are conformed so as to house a first closure format and a second type of rails are conformed so as to house a second closure format; and in that each rail of the first type alternates with a rail of the second type along the circumferential extension of said rotating unit.
A method for producing carotenoids including astaxanthin comprising culturing a bacterium that concurrently produces astaxanthin and canthaxanthin in a medium containing biotin, wherein a ratio of concentration of produced canthaxanthin to concentration of produced astaxanthin in a culture product after the end of culture in the medium is lower than that in a culture product after the end of culture in a biotin-free medium.
A switched mode power supply, SMPS, comprising: a transformer with a first winding and a second winding, the first winding being connected to an input node, the second winding being connected to an output node; an input switch connected to the first winding of the transformer; an output switch connected to the second winding of the transformer; and a control circuitry to drive the input and output switches, the control circuitry including: a first driver to drive the input switch in response to a driving signal; a pulse circuit to generate a pulse signal in response to the driving signal; a timer circuit to generate a delayed signal in response to the pulse signal; a second driver to drive to the output switch in response to the delayed signal; and a comparator (COMP1) that compares a signal at a node between the second winding of the transformer and the output switch with a reference voltage signal to output a comparison signal to the timer circuit, the comparison signal being used by the timer circuit to adjust a delay of the timer circuit; wherein the timer circuit is configured to detect the width of the comparison signal to determine the delay of the timer circuit, and wherein the timer circuit includes a gated counter to generate a value indicative of the width of the comparison circuit and a second comparator (COMP2) that generates a reduce signal in response to the value from the gated counter exceeding a target value to reduce the delay of the timer circuit. a transformer with a first winding and a second winding, the first winding being connected to an input node, the second winding being connected to an output node; an input switch connected to the first winding of the transformer; an output switch connected to the second winding of the transformer; and a control circuitry to drive the input and output switches, the control circuitry including: a first driver to drive the input switch in response to a driving signal; a pulse circuit to generate a pulse signal in response to the driving signal; a timer circuit to generate a delayed signal in response to the pulse signal; a second driver to drive to the output switch in response to the delayed signal; and a first driver to drive the input switch in response to a driving signal; a pulse circuit to generate a pulse signal in response to the driving signal; a timer circuit to generate a delayed signal in response to the pulse signal; a second driver to drive to the output switch in response to the delayed signal; and a comparator (COMP1) that compares a signal at a node between the second winding of the transformer and the output switch with a reference voltage signal to output a comparison signal to the timer circuit, the comparison signal being used by the timer circuit to adjust a delay of the timer circuit;
Process for the purification of FV starting from human plasma or an FV-enriched intermediate fraction, wherein the protein is intact; said process comprising two chromatography steps on weak anion exchangers, wherein the first step is conducted in "non-binding" mode, to separate the FV from the other coagulation factors while the second step is in FV "capture" mode; wherein both weak anion exchangers of the two chromatography steps belong to the category of weak exchangers characterised by the diethylaminoethyl (DEAE) functional group; wherein the two chromatography steps are separated by at least one viral inactivation step performed by solvent-detergent treatment and wherein after the second chromatography step, the FV containing solution is subjected to a viral removal step by nanofiltration.
A computer implemented method for providing data visualization interactivity, the method comprising: creating a data visualization according to a shared layout; exposing at least one interactive feature for the data visualization; providing an integration object associated with at least one of a plurality rendering platforms, wherein the rendering platform is independent of the shared layout, and wherein the integration object comprises integration code to provide generic interface information usable by the data visualization platform for the at least one rendering platform; selecting the exposed at least one interactive feature for the data visualisation; translating the selection of the at least one interactive feature via the integration object into a common format associated with the shared layout; and modifying the data visualization according to the selected and translated interactive feature. creating a data visualization according to a shared layout; exposing at least one interactive feature for the data visualization; providing an integration object associated with at least one of a plurality rendering platforms, wherein the rendering platform is independent of the shared layout, and wherein the integration object comprises integration code to provide generic interface information usable by the data visualization platform for the at least one rendering platform; selecting the exposed at least one interactive feature for the data visualisation; translating the selection of the at least one interactive feature via the integration object into a common format associated with the shared layout; and modifying the data visualization according to the selected and translated interactive feature.
Method for managing a session in push-to-talk mode between a plurality of terminals (31, 32, 33) having respective data coding and decoding capacities, said session connecting the plurality of terminals via a server for managing sessions in push-to-talk mode, over at least one telecommunications network, said method being characterized in that, after a session has been established: - an emitter terminal transmits data coded with an initial type of code to a plurality of receiver terminals (32, 33) that are connected via the server; - the server receives the data coded with the initial type of code, inspects the compatibility of the respective capacities of the receiver terminals with the initial type of code; and - if it detects an incompatibility between the initial type of code and the capacities of at least one of the receiver terminals, it adapts the code of the data to a type of code in accordance with the capacities of said receiver terminal before retransmitting them thereto, so that said receiver terminal is capable of decoding them. - an emitter terminal transmits data coded with an initial type of code to a plurality of receiver terminals (32, 33) that are connected via the server; - the server receives the data coded with the initial type of code, inspects the compatibility of the respective capacities of the receiver terminals with the initial type of code; and - if it detects an incompatibility between the initial type of code and the capacities of at least one of the receiver terminals, it adapts the code of the data to a type of code in accordance with the capacities of said receiver terminal before retransmitting them thereto, so that said receiver terminal is capable of decoding them.