mhurhangee/ep-ind-claims huggingface dataset:
A communications device comprising: a radio frequency signal to optical signal converter (304, 304') comprising: a radio frequency input (399, 399'); and a first optical output (397, 397'); an optical filter assembly (306, 306') comprising: an optical input operably coupled to the first optical output (397, 397'); an optical filter control signal input operative to receive a control signal comprising a calculated coefficient that defines an operation of the optical filter assembly (306, 306'); and a second optical output (395, 395'); and an optical to radio frequency converter (308, 404) comprising: a second optical input operably coupled to the second optical output (395, 395'); and a radio frequency output configured to provide, as output, a radio frequency interference cancellation signal operative to attenuate at least a portion of a first radio frequency signal provided as input to the radio frequency input (399, 399') from a second radio frequency signal. a radio frequency signal to optical signal converter (304, 304') comprising: a radio frequency input (399, 399'); and a first optical output (397, 397'); a radio frequency input (399, 399'); and a first optical output (397, 397'); an optical filter assembly (306, 306') comprising: an optical input operably coupled to the first optical output (397, 397'); an optical filter control signal input operative to receive a control signal comprising a calculated coefficient that defines an operation of the optical filter assembly (306, 306'); and a second optical output (395, 395'); and an optical input operably coupled to the first optical output (397, 397'); an optical filter control signal input operative to receive a control signal comprising a calculated coefficient that defines an operation of the optical filter assembly (306, 306'); and a second optical output (395, 395'); and an optical to radio frequency converter (308, 404) comprising: a second optical input operably coupled to the second optical output (395, 395'); and a radio frequency output configured to provide, as output, a radio frequency interference cancellation signal operative to attenuate at least a portion of a first radio frequency signal provided as input to the radio frequency input (399, 399') from a second radio frequency signal. a second optical input operably coupled to the second optical output (395, 395'); and a radio frequency output configured to provide, as output, a radio frequency interference cancellation signal operative to attenuate at least a portion of a first radio frequency signal provided as input to the radio frequency input (399, 399') from a second radio frequency signal.
A method for a computer system, the method comprising: receiving an account creation request for a social media platform, the account creation request created and sent to the social media platform using a frontend component; receiving, from the frontend component, an application programming interface call sequence associated with the account creation request, the API call sequence made to an API of the frontend component and reflecting API calls registered by the frontend component in connection with creation of the account creation request, and timings of the registered API calls; applying an API call sequence model to the received API call sequence, the API call sequence model generated by providing training API call sequences to a machine learning component; and in response to the application of the API call sequence model indicating that the received API call sequence is anomalous, taking at least one action with regard to the account creation request, or with regard to an account created in response to the account creation request. receiving an account creation request for a social media platform, the account creation request created and sent to the social media platform using a frontend component; receiving, from the frontend component, an application programming interface call sequence associated with the account creation request, the API call sequence made to an API of the frontend component and reflecting API calls registered by the frontend component in connection with creation of the account creation request, and timings of the registered API calls; applying an API call sequence model to the received API call sequence, the API call sequence model generated by providing training API call sequences to a machine learning component; and in response to the application of the API call sequence model indicating that the received API call sequence is anomalous, taking at least one action with regard to the account creation request, or with regard to an account created in response to the account creation request.
A method of monitoring an impeller pump used in a blood treatment apparatus by analysis of structure-borne noise comprising the following steps: - measuring the structure-borne noise arising in the impeller pump; - comparing the measured structure-borne noise of the impeller pump with a first reference curve and/or with a first limit value; - inferring a fault in the operation of the impeller pump when the measured structure-borne noise of the impeller pump deviates from the reference curve and/or exceeds the limit value; - outputting a signal as an indicator of a fault in the operation of the impeller pump. - measuring the structure-borne noise arising in the impeller pump; - comparing the measured structure-borne noise of the impeller pump with a first reference curve and/or with a first limit value; - inferring a fault in the operation of the impeller pump when the measured structure-borne noise of the impeller pump deviates from the reference curve and/or exceeds the limit value; - outputting a signal as an indicator of a fault in the operation of the impeller pump.
Method for producing a connector using injection-molding, the method comprising the steps: - providing at least one conductor and at least one contact pin which are electrically connected at a contact point, - producing a thermoset premold from a thermoset using injection-molding, wherein the thermoset is injection-molded around at least a first section of the at least one conductor and/or around at least a second section of the at least one contact pin, wherein the thermoset premold is very hard and stiff without any flexible properties when the production of the connector is finished, and - injection-molding of a thermoplast on the thermoset premold, wherein the step of injection-molding takes place before the thermoset premold has obtained a degree of curing of 90%. - providing at least one conductor and at least one contact pin which are electrically connected at a contact point, - producing a thermoset premold from a thermoset using injection-molding, wherein the thermoset is injection-molded around at least a first section of the at least one conductor and/or around at least a second section of the at least one contact pin, wherein the thermoset premold is very hard and stiff without any flexible properties when the production of the connector is finished, and - injection-molding of a thermoplast on the thermoset premold,
A receiver that is configured to receive a spatial frequency spectrum transmitted from a transmitter, to generate a speaker drive signal, and to reproduce a sound field on the basis of the acquired speaker drive signal, the receiver comprising: an orientation information acquisition unit for acquiring orientation information on a direction of a sound source; and a spatial filter application unit for applying a spatial bandpass filter on the speaker drive signal, the spatial bandpass filter having a characteristic defined by the orientation information to a sound pickup signal acquired by picking up the audio from the sound source by a microphone array configured of a plurality of microphones, characterized in that the spatial filter application unit determines the characteristic of the spatial bandpass filter such that a band width of the spatial bandpass filter is larger when an angle formed between a direction of the sound source indicated by the orientation information and the microphone array is closer to n/2. an orientation information acquisition unit for acquiring orientation information on a direction of a sound source; and a spatial filter application unit for applying a spatial bandpass filter on the speaker drive signal, the spatial bandpass filter having a characteristic defined by the orientation information to a sound pickup signal acquired by picking up the audio from the sound source by a microphone array configured of a plurality of microphones, characterized in that the spatial filter application unit determines the characteristic of the spatial bandpass filter such that a band width of the spatial bandpass filter is larger when an angle formed between a direction of the sound source indicated by the orientation information and the microphone array is closer to n/2.
A method of determining hybrid automatic repeat request, called HARQ hereinafter, resource of an uplink, called UL hereinafter, subframe for an advanced communication device, the method comprising the steps of: determining, by the advanced communication device, a first new association set of the UL subframe according to an association set of the UL subframe of a first UL/downlink, called UL/DL hereinafter, configuration of a legacy communication device; configuring, by the advanced communication device, a first mapping between at least one sequence index of the UL subframe of the first UL/DL configuration and the first new association set according to the first UL/DL configuration; determining, by the advanced communication device, a second new association set of the UL subframe according to an association set of the UL subframe of a second UL/DL configuration of the advanced communication device; configuring, by the advanced communication device, a second mapping between at least one sequence index of the UL subframe of the second UL/DL configuration and the second new association set according to the second UL/DL configuration; determining, by the advanced communication device, the HARQ resource of the UL subframe according to the first mapping, the second mapping, the first new association set and the second new association set; and transmitting, by the advanced communication device, at least one HARQ feedback to a network via the HARQ resource. determining, by the advanced communication device, a first new association set of the UL subframe according to an association set of the UL subframe of a first UL/downlink, called UL/DL hereinafter, configuration of a legacy communication device; configuring, by the advanced communication device, a first mapping between at least one sequence index of the UL subframe of the first UL/DL configuration and the first new association set according to the first UL/DL configuration; determining, by the advanced communication device, a second new association set of the UL subframe according to an association set of the UL subframe of a second UL/DL configuration of the advanced communication device; configuring, by the advanced communication device, a second mapping between at least one sequence index of the UL subframe of the second UL/DL configuration and the second new association set according to the second UL/DL configuration; determining, by the advanced communication device, the HARQ resource of the UL subframe according to the first mapping, the second mapping, the first new association set and the second new association set; and transmitting, by the advanced communication device, at least one HARQ feedback to a network via the HARQ resource.
A heat transfer liquid medium comprising a mixture of water and a reaction product of a monoalkanolamine wherein the alkyl group has from 2 to 4 carbon atoms and an inorganic acid selected from the group consisting of phosphoric acid and sulfamic acid, wherein the weight proportion of water in said mixture is from 10% to 95%, and wherein the weight proportion of the reaction product in said mixture is from 5% to 90%.
A dust collecting apparatus comprising: a housing comprising an inlet part through which air is sucked and a dust separating chamber which separates dust from the air sucked through the inlet part; a filter disposed at an upper portion of the housing so as to filter fine dust contained in the air passing through the dust separating chambre; a cover configured to cover the upper portion of the housing and comprising a filter installation part in which the filter is installed and a catching rib which is provided at the filter installation part; a filter cover which is rotatably hinged to an upper portion of the cover so as to prevent the filter from being exposed; and a closing prevention rib which is rotatably hinged to the filter cover and rotates to close the filter cover, wherein when the filter is installed and the closing prevention rib contacts with an upper surface of the filter while closing the filter case, the closing prevention rib slides along the upper surface of the filter so that the filter case closes, and when the filter is not installed and the closing prevention rib contacts with an upper surface of the filter installation part while closing the filter case, the closing prevention rib slides along the upper surface of the filter installation part and is restricted by the catching rib to prevent the filter cover from closing. a housing comprising an inlet part through which air is sucked and a dust separating chamber which separates dust from the air sucked through the inlet part; a filter disposed at an upper portion of the housing so as to filter fine dust contained in the air passing through the dust separating chambre; a cover configured to cover the upper portion of the housing and comprising a filter installation part in which the filter is installed and a catching rib which is provided at the filter installation part; a filter cover which is rotatably hinged to an upper portion of the cover so as to prevent the filter from being exposed; and a closing prevention rib which is rotatably hinged to the filter cover and rotates to close the filter cover, wherein when the filter is installed and the closing prevention rib contacts with an upper surface of the filter while closing the filter case, the closing prevention rib slides along the upper surface of the filter so that the filter case closes, and when the filter is not installed and the closing prevention rib contacts with an upper surface of the filter installation part while closing the filter case, the closing prevention rib slides along the upper surface of the filter installation part and is restricted by the catching rib to prevent the filter cover from closing.
A fuel gas distribution method comprising: transporting a mobile fuel gas storage vessel to a delivery location; off-loading fuel gas from the mobile fuel gas storage vessel at the delivery location until the mobile fuel gas storage vessel has been depleted to a depletion level, the mobile fuel gas storage vessel having a residual amount of gaseous fuel gas contained therein; providing a connection between the mobile fuel gas storage vessel and a power generator of a transport vehicle for transfer of gaseous fuel gas from the mobile fuel gas storage vessel to the power generator of the transport vehicle; and transporting the mobile fuel gas storage vessel using the transport vehicle while transferring a portion of the residual amount of gaseous fuel gas from the mobile fuel gas storage vessel to the transport vehicle and consuming the portion of the residual amount of gaseous fuel gas in the power generator to generate power for the transport vehicle; the transport vehicle comprising a primary fuel gas storage vessel which is fixed to the transport vehicle; wherein transferring the portion of the residual amount of fuel gas from the mobile fuel gas storage vessel to the transport vehicle comprises transferring fuel gas from the mobile fuel gas storage vessel to the primary fuel gas storage vessel; and wherein the mobile fuel gas storage vessel is connected to the power generator (50; 51) of the transport vehicle (10; 11) via the primary storage vessel (45; 46) of the transport vehicle (10; 11). transporting a mobile fuel gas storage vessel to a delivery location; off-loading fuel gas from the mobile fuel gas storage vessel at the delivery location until the mobile fuel gas storage vessel has been depleted to a depletion level, the mobile fuel gas storage vessel having a residual amount of gaseous fuel gas contained therein; providing a connection between the mobile fuel gas storage vessel and a power generator of a transport vehicle for transfer of gaseous fuel gas from the mobile fuel gas storage vessel to the power generator of the transport vehicle; and transporting the mobile fuel gas storage vessel using the transport vehicle while transferring a portion of the residual amount of gaseous fuel gas from the mobile fuel gas storage vessel to the transport vehicle and consuming the portion of the residual amount of gaseous fuel gas in the power generator to generate power for the transport vehicle; the transport vehicle comprising a primary fuel gas storage vessel which is fixed to the transport vehicle; wherein transferring the portion of the residual amount of fuel gas from the mobile fuel gas storage vessel to the transport vehicle comprises transferring fuel gas from the mobile fuel gas storage vessel to the primary fuel gas storage vessel; and wherein the mobile fuel gas storage vessel is connected to the power generator (50; 51) of the transport vehicle (10; 11) via the primary storage vessel (45; 46) of the transport vehicle (10; 11).
An alignment guide, comprising: a main body sized and shaped to contact the proximal end of a tibia; and a retaining guide coupled to the main body, the retaining guide including guide surfaces (70, 72), the retaining guide being adjustable relative to the main body such that an operator can intra-operatively adjust the position of the guide surfaces (70, 72) relative to the main body to capture the anterior and posterior cruciate ligament between the guide surfaces (70, 72), characterised in that the main body comprises bone-contacting surfaces which are patient-matched. a main body sized and shaped to contact the proximal end of a tibia; and a retaining guide coupled to the main body, the retaining guide including guide surfaces (70, 72), the retaining guide being adjustable relative to the main body such that an operator can intra-operatively adjust the position of the guide surfaces (70, 72) relative to the main body to capture the anterior and posterior cruciate ligament between the guide surfaces (70, 72), characterised in that the main body comprises bone-contacting surfaces which are patient-matched.
A method of biasing a resistive sensor structure (310; 510; 710; 810) and of obtaining a sensor readout signal or sensor readout value (Vout) from said sensor structure, the resistive sensor structure comprising two excitation nodes (A, C) and two readout nodes (B, D), and being adapted for providing a momentary readout signal (ΔV) at its readout nodes (B, D) when being biased at its excitation nodes (A, C) by a biasing circuit (321,322; 521,522; 721,722; 821,822), the method comprising the steps of: a) setting or measuring or detecting a first state (V1, Q1) of a first capacitor, the first state corresponding to a first amount of charge; b) biasing the resistive sensor structure by means of a biasing circuit comprising said first capacitor so as to allow or to force a biasing current (Ibias) to flow through said first capacitor and through said resistive sensor structure during a first time interval; c) determining or measuring or detecting a second state (Q2, V2) of the first capacitor at the end of the first time interval, the second state corresponding to a second amount of charge; d) integrating or averaging the momentary readout signal (ΔV) over the readout nodes (B, D) during a second time interval having a predefined relation with respect to the first time interval, thereby obtaining an integrated or averaged readout signal (Vi); e) determining the sensor readout signal or the sensor readout value (Vout) based on the integrated or averaged readout signal (Vi) and on a change in state (ΔQ, ΔV) of at least the first capacitor wherein the change in state is related to the difference in charge between the first state and the second state of at least the first capacitor a) setting or measuring or detecting a first state (V1, Q1) of a first capacitor, the first state corresponding to a first amount of charge; b) biasing the resistive sensor structure by means of a biasing circuit comprising said first capacitor so as to allow or to force a biasing current (Ibias) to flow through said first capacitor and through said resistive sensor structure during a first time interval; c) determining or measuring or detecting a second state (Q2, V2) of the first capacitor at the end of the first time interval, the second state corresponding to a second amount of charge; d) integrating or averaging the momentary readout signal (ΔV) over the readout nodes (B, D) during a second time interval having a predefined relation with respect to the first time interval, thereby obtaining an integrated or averaged readout signal (Vi); e) determining the sensor readout signal or the sensor readout value (Vout) based on the integrated or averaged readout signal (Vi) and on a change in state (ΔQ, ΔV) of at least the first capacitor wherein the change in state is related to the difference in charge between the first state and the second state of at least the first capacitor
A pipeline electric heating system for a transport pipeline comprising a pipe and thermal insulation therearound, the system comprising a power supply transformer, a feed terminal, an end terminal, one or more service terminals positioned between the feed and end terminals, a parameter control and monitoring system, and a heating cable arrangement including three heating resistive cables connected to three phases (8a, 8b, 8c) of a three-phase power electrical supply extending along the pipe from the feed terminal to the end terminal passing through the one or more service terminals, each said resistive cable being mounted individually within a corresponding cable guide (9a, 9b, 9c), the cable guides and associated resistive cables mounted therein being adapted for being mounted on an outer surface of the pipe and below the thermal insulation, and each resistive cable comprises an inner conductor and a shield surrounding the inner conductor, characterized in that the shields of each resistive cable are connected to ground and are interconnected together at the end terminal and/or at the feed terminal, and in that the shields or inner conductors are transposed such that the shields or inner conductors of the three phases are transposed at said at least one service terminal
A medicinal agent for use in the treatment of a rhabdomyosarcoma, characterized by comprising: a cell-incorporated substance that can specifically be incorporated into a target cell; and an acting substance that can act on the function of the target cell and is bound to the cell-incorporated substance, wherein the target cell is a rhabdomyosarcoma-derived cell, and the cell-incorporated substance is serotonin and the acting substance is an anticancer substance for a rhabdomyosarcoma, which is at least one of taxol, cisplatin (CDDP), carboplatin (CBDCA), adriamycin and cyclophosphamide.