mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for identifying a new natural product of interest from an input polynucleotide sequence, the method comprising: identifying a given gene cluster defined within the input polynucleotide sequence; determining a set of gene cluster-encoded chemical monomers associated with said given gene cluster; aligning using a molecular alignment engine said set of gene cluster-encoded chemical monomers with a similar set of deconstructed chemical monomers determined by deconstruction of a plurality of known natural products, said deconstructed chemical monomers encoded by one or more known polynucleotide sequences associated therewith; calculating a similarity score based on a computed molecular similarity between said aligned gene cluster-encoded chemical monomers and said deconstructed chemical monomers for each of the known natural products; and associating a highest-scoring one of said known natural products with said given gene cluster as being predictably responsible therefor thereby defining said highest-scoring one of said known natural products as being the new natural product of interest; wherein the method is automatically implemented by one or more digital processors of a computing platform having an interface to receive as input the input polynucleotide sequence and output the new natural product of interest. identifying a given gene cluster defined within the input polynucleotide sequence; determining a set of gene cluster-encoded chemical monomers associated with said given gene cluster; aligning using a molecular alignment engine said set of gene cluster-encoded chemical monomers with a similar set of deconstructed chemical monomers determined by deconstruction of a plurality of known natural products, said deconstructed chemical monomers encoded by one or more known polynucleotide sequences associated therewith; calculating a similarity score based on a computed molecular similarity between said aligned gene cluster-encoded chemical monomers and said deconstructed chemical monomers for each of the known natural products; and associating a highest-scoring one of said known natural products with said given gene cluster as being predictably responsible therefor thereby defining said highest-scoring one of said known natural products as being the new natural product of interest; wherein the method is automatically implemented by one or more digital processors of a computing platform having an interface to receive as input the input polynucleotide sequence and output the new natural product of interest.
A method implemented in a radio receiver communicating in a radio communications system, comprising: determining a signal power associated with a signal received in a current time period, and generating a transmit power control command based on a comparison (S3, E) of a signal-to-interference indicator to a target (S4, E), the method characterized by: combining the determined signal power with a predicted interference predicted based on an interference estimated for a previously received signal received in a previous time period to determine a predicted signal-to-interference indicator (S2, D); wherein the signal-to-interference indicator compared to the target, is the predicted indicator, and wherein the target is a target signal-to-interference indicator. determining a signal power associated with a signal received in a current time period, and generating a transmit power control command based on a comparison (S3, E) of a signal-to-interference indicator to a target (S4, E), the method characterized by: combining the determined signal power with a predicted interference predicted based on an interference estimated for a previously received signal received in a previous time period to determine a predicted signal-to-interference indicator (S2, D); wherein the signal-to-interference indicator compared to the target, is the predicted indicator, and wherein the target is a target signal-to-interference indicator. combining the determined signal power with a predicted interference predicted based on an interference estimated for a previously received signal received in a previous time period to determine a predicted signal-to-interference indicator (S2, D); wherein the signal-to-interference indicator compared to the target, is the predicted indicator, and wherein the target is a target signal-to-interference indicator.
A matrix device for measuring the characteristics of an X-ray beam, comprising a first set and at least a second set (33; 34) of detection cells, characterized in that the cells of the first set have a different size than the cells of said at least one second set, each cell corresponding to an ionization chamber comprising a detection electrode, the detection electrodes of all cells having a same effective charge collection surface area.
Heating device for wall mounting with electrical connections and a plug, characterised in that the heating device has a socket on at least one side other than the mounting side, said socket serving to receive the plug which contains connecting cables for power supply and control units.
A rail mounting assembly for mounting an accessory to a rail of a firearm comprising: a base arranged to support the accessory; a first side portion configured to engage a first side of the rail, the first side portion including a lock nut receiving recess; a second side portion configured to engage a second side of the rail, the second side portion being opposite the first side portion and including a moveable clamp being movable relative to the first side portion such that the side portions cooperate to grip the rail; a crossbar extending between the first side portion and the second side portion, the crossbar being movable relative to the moveable clamp; a lock nut being threadably engageable to an end of the crossbar proximate to the first side portion, the lock nut extending at least partially into the lock nut receiving recess when threadably engaged to the end of the crossbar proximate to the first side portion; a lock plate positioned within the lock nut receiving recess between the lock nut and a spring disk when the lock nut is threadably engaged with the crossbar; a throw lever including a cam interconnected with a second end of the crossbar, the cam engaging the moveable clamp and being operable to pull the crossbar such that the side portions are moved from a released position to an engaged position, the throw lever being arranged to rotate the cam between an open and a closed position; wherein the lock nut receiving recess is shaped to prevent rotation of the lock plate while allowing rotation of the lock nut. a base arranged to support the accessory; a first side portion configured to engage a first side of the rail, the first side portion including a lock nut receiving recess; a second side portion configured to engage a second side of the rail, the second side portion being opposite the first side portion and including a moveable clamp being movable relative to the first side portion such that the side portions cooperate to grip the rail; a crossbar extending between the first side portion and the second side portion, the crossbar being movable relative to the moveable clamp; a lock nut being threadably engageable to an end of the crossbar proximate to the first side portion, the lock nut extending at least partially into the lock nut receiving recess when threadably engaged to the end of the crossbar proximate to the first side portion; a lock plate positioned within the lock nut receiving recess between the lock nut and a spring disk when the lock nut is threadably engaged with the crossbar; a throw lever including a cam interconnected with a second end of the crossbar, the cam engaging the moveable clamp and being operable to pull the crossbar such that the side portions are moved from a released position to an engaged position, the throw lever being arranged to rotate the cam between an open and a closed position; wherein the lock nut receiving recess is shaped to prevent rotation of the lock plate while allowing rotation of the lock nut.
A steam apparatus for converting a conventional oven to a steam oven comprises: an external power supply provided for supplying power to said apparatus; a water tank provided for storing water that is required for generating hot steam; a steam generator is provided for generating the hot steam from water that is stored in the water tank; wherein the apparatus further comprises of a control unit and a user interface; wherein the control unit is configured for controlling the apparatus; wherein the user interface is configured for allowing a user to execute control signal to the steam apparatus; characterized in that the steam generator includes a heat transfer element; and wherein the heat transfer element is adapted for acquiring heat generated at the conventional oven and transferring the acquired heat to the stored water for generating the hot steam. an external power supply provided for supplying power to said apparatus; a water tank provided for storing water that is required for generating hot steam; a steam generator is provided for generating the hot steam from water that is stored in the water tank; wherein the apparatus further comprises of a control unit and a user interface; wherein the control unit is configured for controlling the apparatus; wherein the user interface is configured for allowing a user to execute control signal to the steam apparatus; characterized in that the steam generator includes a heat transfer element; and wherein the heat transfer element is adapted for acquiring heat generated at the conventional oven and transferring the acquired heat to the stored water for generating the hot steam.
Device for the monitored filling of a tapping opening, which is provided in a metallurgical furnace, with a refractory material, comprising a filling pipe with a lower opening and an upper opening, a container for the filling material and a closure device, wherein the upper opening is connected to the container, with the closure device interposed, in such a way that the connection can be opened and closed by the closure device under the control of a control device, so that, by opening the closure device, filling material falls through the filling pipe, characterized in that the filling pipe is formed as a telescopic pipe, wherein the telescopic pipe is arranged at least partially on a transporting carriage, the telescopic pipe comprises at least a first portion with the upper opening and at least a second portion with the lower opening and the transporting carriage is arranged at least partially on the second portion.
A near-field electromagnetic induction (NFEMI) antenna device, comprising: a coil, having first and second coupling points, configured to generate and/or receive a magnetic (H-field) near-field signal; a conductive structure, being a conductive plate and having first and second coupling points separated by a distance; first and second feed points configured to carry a current from a transmitter and/or to a receiver circuit; wherein the first coupling point of the conductive structure is coupled to the first feed point and wherein the second coupling point of the conductive structure is coupled to the first coupling point of the coil; wherein the second coupling point of the coil is coupled to the second feed point; whereby conductive structure and the coil are connected in series; and wherein the conductive structure is configured to generate an electric (E-field) near-field in response to the current flowing through the conductive structure over the distance between the first and second coupling points of the conductive structure. a coil, having first and second coupling points, configured to generate and/or receive a magnetic (H-field) near-field signal; a conductive structure, being a conductive plate and having first and second coupling points separated by a distance; first and second feed points configured to carry a current from a transmitter and/or to a receiver circuit; wherein the first coupling point of the conductive structure is coupled to the first feed point and wherein the second coupling point of the conductive structure is coupled to the first coupling point of the coil; wherein the second coupling point of the coil is coupled to the second feed point; whereby conductive structure and the coil are connected in series; and wherein the conductive structure is configured to generate an electric (E-field) near-field in response to the current flowing through the conductive structure over the distance between the first and second coupling points of the conductive structure.
A method for entering an idle mode of a terminal, the method comprising: a first operation for starting a first timer after transmitting an idle mode request message; a second operation for, when an idle mode approval message is not received before the first timer expires, checking whether a number of retransmissions of the idle mode request message exceeds a number of allowed retransmissions of the idle mode request message; a third operation for, when the number of the retransmissions of the idle mode request message exceeds the number of the allowed retransmissions of the idle mode request message, increasing a number of idle mode entry failures; and a fourth operation for, when the increased number of the idle mode entry failures is greater than a value, entering a power saving mode which powers off a modem of the terminal. a first operation for starting a first timer after transmitting an idle mode request message; a second operation for, when an idle mode approval message is not received before the first timer expires, checking whether a number of retransmissions of the idle mode request message exceeds a number of allowed retransmissions of the idle mode request message; a third operation for, when the number of the retransmissions of the idle mode request message exceeds the number of the allowed retransmissions of the idle mode request message, increasing a number of idle mode entry failures; and a fourth operation for, when the increased number of the idle mode entry failures is greater than a value, entering a power saving mode which powers off a modem of the terminal.
A cast iron consisting of, by mass %, 3.0 to 4.8 % of C, 3.5 to 5.0 % of Si, 0.5 to 2.0 % of Mn, 0.3 to 1.5 % of Cu, 0.2 % or less of P, 0.25 % or less of S, optionally, more than 0 % and 1.2 % or less ofNi, more than 0 % and 1.5 % or less of Cr, more than 0 % and 1.0 % or less of Mo, more than 0 % and 0.35 % or less of V, more than 0 % and 0.2 % or less of Sn, and the balance of Fe and inevitable impurities in the overall composition, wherein the cast iron is flake graphite cast iron or CV graphite cast iron, specific heat at 200°C is not less than 600 J/kg/K, thermal conductivity at 200°C is not less than 44 W/m/K, and an area ratio of pearlite in a matrix structure is not less than 90 %. the cast iron is flake graphite cast iron or CV graphite cast iron, specific heat at 200°C is not less than 600 J/kg/K, thermal conductivity at 200°C is not less than 44 W/m/K, and an area ratio of pearlite in a matrix structure is not less than 90 %.
A method of mediating communications between a first computing device and a second computing device, by an intermediary computing device, the method comprising: establishing a communications link to each of the first and second computing devices; receiving an information request message from the second computing device, the information request message comprising an electronic document allowing for entry of information in an unprotected format; modifying the information request message to enable the electronic document to accept entry of information in a protected format; transmitting the modified information request message to the first computing device; receiving a first message from the first computing device, the content of the first message comprising the electronic document with information in the protected format; converting at least part of the information in the protected format to the unprotected format; and transmitting a second message to the second computing device, the content of the second message comprising at least part of the information in the unprotected format. establishing a communications link to each of the first and second computing devices; receiving an information request message from the second computing device, the information request message comprising an electronic document allowing for entry of information in an unprotected format; modifying the information request message to enable the electronic document to accept entry of information in a protected format; transmitting the modified information request message to the first computing device; receiving a first message from the first computing device, the content of the first message comprising the electronic document with information in the protected format; converting at least part of the information in the protected format to the unprotected format; and transmitting a second message to the second computing device, the content of the second message comprising at least part of the information in the unprotected format.
A method for enabling a calling User Equipment, UE, to fallback from a Session Initiation Protocol, SIP, call attempt to a called UE, to a Circuit Switched domain, in a telecommunication network, wherein said called UE has a SIP session established towards said telecommunication network, wherein said method comprises the steps of: - receiving, by a Proxy Call Session Control Function, P-CSCF, node, an indication that a signalling bearer between said called UE and said telecommunication network is released, wherein said signalling bearer is associated with said SIP session; - transmitting, by said P-CSCF node, to a Serving Call Session Control Function, S-CSCF, node, triggered by said received indication, a subscribe message for informing said S-CSCF node that said P-CSCF unsubscribes to registration events pertaining to said called UE due to the released signalling bearer thereby treating said indication as a network initiated IMS deregistration, thereby facilitating an initiation of a CS fallback. - receiving, by a Proxy Call Session Control Function, P-CSCF, node, an indication that a signalling bearer between said called UE and said telecommunication network is released, wherein said signalling bearer is associated with said SIP session; - transmitting, by said P-CSCF node, to a Serving Call Session Control Function, S-CSCF, node, triggered by said received indication, a subscribe message for informing said S-CSCF node that said P-CSCF unsubscribes to registration events pertaining to said called UE due to the released signalling bearer thereby treating said indication as a network initiated IMS deregistration, thereby facilitating an initiation of a CS fallback.
A method for anomaly detection in a network, comprising: - obtaining a stream of time-series data related to the network; characterized by: - dividing the stream into a number of sub-streams each corresponding to a category of data included in the stream of time-series data related to the network; and for each of the sub-streams: - reconstructing a plurality of phase spaces; - predicting, in each of the plurality of phase spaces, whether a data item in the sub-stream is an anomaly candidate based on a prediction model associated with the phase space; and - detecting the data item as an anomaly when it is predicted as an anomaly candidate in all of the plurality of phase spaces. - obtaining a stream of time-series data related to the network; characterized by: - dividing the stream into a number of sub-streams each corresponding to a category of data included in the stream of time-series data related to the network; and for each of the sub-streams: - reconstructing a plurality of phase spaces; - predicting, in each of the plurality of phase spaces, whether a data item in the sub-stream is an anomaly candidate based on a prediction model associated with the phase space; and - detecting the data item as an anomaly when it is predicted as an anomaly candidate in all of the plurality of phase spaces. - reconstructing a plurality of phase spaces; - predicting, in each of the plurality of phase spaces, whether a data item in the sub-stream is an anomaly candidate based on a prediction model associated with the phase space; and - detecting the data item as an anomaly when it is predicted as an anomaly candidate in all of the plurality of phase spaces.
Eyeglasses, in particular for reading, comprising a front with a pair of lenses, a first arm and a second arm articulated to the sides of the front via respective hinges (5, 6), integrated lighting means (7, 8) for emitting light in front of the eyeglasses, and means for activation and de-activation of the lighting means (7, 8), said eyeglasses being characterized in that they further comprise gyroscopic-sensor control means of the micro-electromechanical type configured for progressively fading automatically the intensity of the light emitted by said lighting means (7, 8) as a function of the position in space of the eyeglasses worn by the user when, in use, the eyeglasses are moved angularly upwards with respect to a reference angular position.
A process for saturating a pyrolysis gas stream comprising: splitting the pyrolysis gas into at least a first pyrolysis gas stream and a second pyrolysis gas stream; adding a first hydrogen stream to the first pyrolysis gas stream; saturating aromatics in said first pyrolysis gas stream over a saturation catalyst to provide a first saturated effluent stream; adding a second hydrogen stream to the second pyrolysis gas stream; and saturating aromatics in said second pyrolysis gas stream over a saturation catalyst to provide a second saturated effluent stream; wherein the process further comprises: mixing a recycle stream taken from the second saturated effluent stream with the first pyrolysis gas stream and the first hydrogen stream; wherein the second saturated effluent stream is separated into a vapor saturated stream and a liquid saturated stream and the recycle stream is taken from the liquid saturated stream; and fractionating a fractionator feed stream taken from the liquid saturated stream to produce a product bottoms stream rich in cyclohexane and a product overhead stream rich in n-hexane. splitting the pyrolysis gas into at least a first pyrolysis gas stream and a second pyrolysis gas stream; adding a first hydrogen stream to the first pyrolysis gas stream; saturating aromatics in said first pyrolysis gas stream over a saturation catalyst to provide a first saturated effluent stream; adding a second hydrogen stream to the second pyrolysis gas stream; and saturating aromatics in said second pyrolysis gas stream over a saturation catalyst to provide a second saturated effluent stream; wherein the process further comprises: mixing a recycle stream taken from the second saturated effluent stream with the first pyrolysis gas stream and the first hydrogen stream; wherein the second saturated effluent stream is separated into a vapor saturated stream and a liquid saturated stream and the recycle stream is taken from the liquid saturated stream; and fractionating a fractionator feed stream taken from the liquid saturated stream to produce a product bottoms stream rich in cyclohexane and a product overhead stream rich in n-hexane. mixing a recycle stream taken from the second saturated effluent stream with the first pyrolysis gas stream and the first hydrogen stream; wherein the second saturated effluent stream is separated into a vapor saturated stream and a liquid saturated stream and the recycle stream is taken from the liquid saturated stream; and fractionating a fractionator feed stream taken from the liquid saturated stream to produce a product bottoms stream rich in cyclohexane and a product overhead stream rich in n-hexane.