mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communications method, performed by a terminal device, the wireless communications method comprising: receiving indication information on a first serving cell before on-duration period of a first discontinuous reception, DRX, cycle, wherein the indication information comprises a bitmap including bits wherein each bit indicates not to monitor a PDCCH corresponding to at least one second serving cell or to monitor a PDCCH corresponding to at least one second serving cell; and performing first processing in the on-duration period of the first DRX cycle if the indication information indicates not to monitor a physical downlink control channel PDCCH, wherein the first processing comprises at least one of the following: not monitoring a PDCCH on at least one second serving cell or not monitoring a PDCCH for the at least one second serving cell; or performing second processing in the on-duration period of the first DRX cycle if the indication information indicates to monitor a PDCCH, wherein the second processing comprises at least one of the following: monitoring a PDCCH on the at least one second serving cell or monitoring a PDCCH for the at least one second serving cell. receiving indication information on a first serving cell before on-duration period of a first discontinuous reception, DRX, cycle, wherein the indication information comprises a bitmap including bits wherein each bit indicates not to monitor a PDCCH corresponding to at least one second serving cell or to monitor a PDCCH corresponding to at least one second serving cell; and performing first processing in the on-duration period of the first DRX cycle if the indication information indicates not to monitor a physical downlink control channel PDCCH, wherein the first processing comprises at least one of the following: not monitoring a PDCCH on at least one second serving cell or not monitoring a PDCCH for the at least one second serving cell; or performing second processing in the on-duration period of the first DRX cycle if the indication information indicates to monitor a PDCCH, wherein the second processing comprises at least one of the following: monitoring a PDCCH on the at least one second serving cell or monitoring a PDCCH for the at least one second serving cell.
A method for the transmission of electrical energy, in which electrical current is transmitted between two electrical installations by means of a superconductive cable system , the two ends of which in each case are connected in a current-carrying manner to one of the electrical installations, and in which, furthermore, a normal-conducting cable system is arranged parallel to the superconductive cable system , wherein the function of the superconductive cable system is monitored by a control unit and wherein the normal-conducting cable system is then connected to the two electrical installations by signals sent by the control unit , if a fault is found for the superconductive cable system , and at a time interval thereafter the superconductive system is then disconnected from at least one of the electrical installations, characterized in - that in the normal operation only one end of the normal-conducting cable system is connected in a voltage-carrying manner by means of a circuit breaker to one of the electrical installations and - that in the event of a fault of the superconductive cable system due to a first signal of the control unit the other end of the normal-conducting cable system is connected by means of a second of the circuit breakers to the other electrical installation, so that the normal-conducting cable system becomes current-carrying, before the superconductive cable system is disconnected from the one electrical installation due to a second signal of the control unit . - that in the normal operation only one end of the normal-conducting cable system is connected in a voltage-carrying manner by means of a circuit breaker to one of the electrical installations and - that in the event of a fault of the superconductive cable system due to a first signal of the control unit the other end of the normal-conducting cable system is connected by means of a second of the circuit breakers to the other electrical installation, so that the normal-conducting cable system becomes current-carrying, before the superconductive cable system is disconnected from the one electrical installation due to a second signal of the control unit .
A switched-capacitor circuit, comprising: a differential operational amplifier ; at least one input capacitor having an input terminal coupled to an input of the switched-capacitor circuit via a first switch configured to couple an input voltage (Vi+, Vi-) at the input of the switched-capacitor circuit to the at least one input capacitor during a sample phase and further having an output terminal coupled to an input of the differential operational amplifier; at least one integrating capacitor coupled between the input of the differential operational amplifier and an output of the differential operational amplifier; and a feedback circuit configured to provide a feedback over the at least one input capacitor, the feedback circuit having an input coupled to the input of the differential operational amplifier and further having an output coupled to the at least one input capacitor via a second switch during a hold phase; wherein the feedback circuit comprises a common source amplifier followed by a flipped voltage follower ; and wherein an output of the flipped voltage follower is coupled to the output of the feedback circuit and wherein an input of the common source amplifier is coupled to the input of the differential operational amplifier. a differential operational amplifier ; at least one input capacitor having an input terminal coupled to an input of the switched-capacitor circuit via a first switch configured to couple an input voltage (Vi+, Vi-) at the input of the switched-capacitor circuit to the at least one input capacitor during a sample phase and further having an output terminal coupled to an input of the differential operational amplifier; at least one integrating capacitor coupled between the input of the differential operational amplifier and an output of the differential operational amplifier; and a feedback circuit configured to provide a feedback over the at least one input capacitor, the feedback circuit having an input coupled to the input of the differential operational amplifier and further having an output coupled to the at least one input capacitor via a second switch during a hold phase; wherein the feedback circuit comprises a common source amplifier followed by a flipped voltage follower ; and wherein an output of the flipped voltage follower is coupled to the output of the feedback circuit and wherein an input of the common source amplifier is coupled to the input of the differential operational amplifier.
A rhinovaccination system of influenza vaccine, comprising a metered-dose syringe-based squirt filled with an influenza vaccine composition which comprises (i) an inactivated whole influenza virion, and (ii) a gel base material comprising carboxy vinyl polymer which has a viscosity of 50 mPa·s to 5000 mPa·s at 20°C, which is characterized by not comprising an adjuvant; wherein the metered-dose syringe-based squirt is a medical syringe having a tip opening in fluid communication with a syringe barrel , which is equipped with a rhinal spray nozzle comprising a hollow nozzle body having a tip portion defining a nozzle orifice thereon, a solid packing rod arranged within the nozzle body , and a nozzle chamber defined between the packing rod and the nozzle body to allow a fluid communication between the tip opening and the nozzle orifice , wherein the nozzle orifice has a diameter in a range between 0.25 mm and 0.30 mm. wherein the metered-dose syringe-based squirt is a medical syringe having a tip opening in fluid communication with a syringe barrel , which is equipped with a rhinal spray nozzle comprising a hollow nozzle body having a tip portion defining a nozzle orifice thereon, a solid packing rod arranged within the nozzle body , and a nozzle chamber defined between the packing rod and the nozzle body to allow a fluid communication between the tip opening and the nozzle orifice , wherein the nozzle orifice has a diameter in a range between 0.25 mm and 0.30 mm.
A solar module frame comprising: a body including a top, a bottom and a vertical surface therebetween, wherein the solar module frame receives a photovoltaic laminate at the top of the body; a mounting flange extending from the bottom of the body at an edge; a lower laminate flange extending from the top of the body; and a cable management flange extending from the vertical interior surface between the top and the bottom of the body, the cable management flange being integral with the body, wherein the cable management flange and one of the mounting flange or the lower laminate flange define a cable cavity therebetween for retaining at least one cable. a body including a top, a bottom and a vertical surface therebetween, wherein the solar module frame receives a photovoltaic laminate at the top of the body; a mounting flange extending from the bottom of the body at an edge; a lower laminate flange extending from the top of the body; and a cable management flange extending from the vertical interior surface between the top and the bottom of the body, the cable management flange being integral with the body, wherein the cable management flange and one of the mounting flange or the lower laminate flange define a cable cavity therebetween for retaining at least one cable.
A method of evaluating or screening to identify an agent for suppressing olfactory sensitivity, comprising adding a test substance to a substrate having a voltage-dependent cation channel and evaluating or selecting a substance that inhibits an electrical activity caused by the cation channel wherein the voltage-dependent cation channel is a voltage-dependent cation channel derived from an olfactory receptor cell, wherein the substrate having a voltage-dependent cation channel comprises biomaterials having a voltage-dependent cation channel wherein the biomaterials having a voltage-dependent cation channel are selected from a group consisting of olfactory cell(s) which is/are isolated from biological bodies and cultured products thereof; an olfactory cell membrane bearing a voltage-dependent cation channel; recombinant cell(s) genetically modified so as to express a voltage-dependent cation channel and cultured products thereof; a membrane of the recombinant cells; and an artificial lipid bilayer membrane having a voltage-dependent cation channel and wherein the cation channel used in said method is not a CNG channel.
Method of estimating absolute wheel roll radii of wheels of a vehicle comprising the steps of: measuring at least two yaw rate signals, each indicative of a yaw rate of the vehicle; measuring at least two first wheel speed signals, each indicative of an angular velocity of a first wheel of the vehicle; measuring at least two second wheel speed signals, each indicative of an angular velocity of a second wheel of the vehicle; determining a first absolute wheel roll radius of the first wheel and a second absolute wheel roll radius of a second wheel based on the measured yaw rate signals, the measured first wheel speed signals and the measured second wheel speed signals. measuring at least two yaw rate signals, each indicative of a yaw rate of the vehicle; measuring at least two first wheel speed signals, each indicative of an angular velocity of a first wheel of the vehicle; measuring at least two second wheel speed signals, each indicative of an angular velocity of a second wheel of the vehicle; determining a first absolute wheel roll radius of the first wheel and a second absolute wheel roll radius of a second wheel based on the measured yaw rate signals, the measured first wheel speed signals and the measured second wheel speed signals.
Vessel , comprising a transverse bow with an elongated bow fender protruding with respect to the bow , which bow fender is designed to be pushed against a stationary object , said vessel 60) further comprises at least two engagement arms with telescopic parts , said engagements arms are mounted in a position above the bow fender and facing each other, and each engagement arm is pivotable against each other for engagement with the stationary object from opposite directions, characterized in that each engagement arm comprises a tiltable engagement pad with a contacting surface creating stabilizing contact between the contacting surfaces of the engagement pads and at least a part of the stationary object , said engagement pads being tiltable about an axis running in same longitudinal direction as the engagement arms , and in that the telescopic parts of each engagement arm comprises a first telescopic part and a second housing part , and the engagement pad is tiltable supported in a hinged connection on an outer free end of the first telescopic part . at least two engagement arms with telescopic parts , said engagements arms are mounted in a position above the bow fender and facing each other, and each engagement arm is pivotable against each other for engagement with the stationary object from opposite directions, characterized in that each engagement arm comprises a tiltable engagement pad with a contacting surface creating stabilizing contact between the contacting surfaces of the engagement pads and at least a part of the stationary object , said engagement pads being tiltable about an axis running in same longitudinal direction as the engagement arms , and in that the telescopic parts of each engagement arm comprises a first telescopic part and a second housing part , and the engagement pad is tiltable supported in a hinged connection on an outer free end of the first telescopic part .
An antibody comprising a humanized heavy chain comprising a mature heavy chain variable region having an amino acid sequence designated SEQ ID NO: 10 or SEQ ID NO: 8 and a humanized light chain comprising a mature light chain variable region having an amino acid sequence designated SEQ ID NO:5, wherein the antibody binds to alpha-synuclein with the same or greater affinity as the antibody produced by the hybridoma deposited as ATCC PTA-8221, and wherein the mature heavy chain variable region is fused to a human heavy chain constant region and the mature light chain variable region is fused to a human light chain constant region. wherein the antibody binds to alpha-synuclein with the same or greater affinity as the antibody produced by the hybridoma deposited as ATCC PTA-8221, and wherein the mature heavy chain variable region is fused to a human heavy chain constant region and the mature light chain variable region is fused to a human light chain constant region.
A method to be performed for a graphics processor having multiple co-existing application processes for interference employment of neural networks, comprising: defining a percentage for each application process ; scheduling, by a scheduling logic of the graphics processor , the application processes according to the percentage of total available threads and resources; dynamically adjusting the percentage for each application process by a user, wherein the adjusting includes updating, using primitives provided to the user, the percentage to tune utilization of the graphics processor , wherein the primitives include primitives to select and write a desired percentage and a lower bound percentage for an application process identified by a proportional integral derivative, PID, controller and primitives to read a current system allocated percentage, the user desired percentage and the lower bound percentage. defining a percentage for each application process ; scheduling, by a scheduling logic of the graphics processor , the application processes according to the percentage of total available threads and resources; dynamically adjusting the percentage for each application process by a user, wherein the adjusting includes updating, using primitives provided to the user, the percentage to tune utilization of the graphics processor , wherein the primitives include primitives to select and write a desired percentage and a lower bound percentage for an application process identified by a proportional integral derivative, PID, controller and primitives to read a current system allocated percentage, the user desired percentage and the lower bound percentage.
A method of charging a battery of electric accumulators from the electric energy supplied by an electric generator , wherein the battery is charged to a first maximum state-of-charge in a first operating mode and to a second maximum state-of-charge, lower than the first maximum state-of-charge, in a second operating mode, characterized in that the method comprises switching from the first operating mode to the second operating mode when a first condition relative to the day length, or to the variation of the day length, is fulfilled, and comprises switching from the second operating mode to the first operating mode when second conditions are fulfilled, the second conditions comprising determining that the day length becomes shorter than a first duration threshold and determining that a criterion determined from the environmental conditions of the electric generator or of the battery is fulfilled, wherein the first condition comprises determining whether the day length is equal to the day length at the winter solstice or determining whether the day length increases for several consecutive days or determining whether the day length increases and then decreases or determining whether the day length becomes shorter or longer than a second duration threshold lower than the first duration threshold and wherein the criterion is determined from the general irradiance received by the electric generator or the battery or from the temperature of the battery or from the general irradiance received by photovoltaic cells of the electric generator or from the outer temperature, which corresponds to selecting the winter operating mode as the first operating mode and selecting the summer operating mode as the second operating mode.
Turbofan engine having - a core engine (K) and at least one fan (F) by means of which fluid is directed to a primary flow duct for the core engine (K) as well as to a secondary flow duct (BD) of the turbofan engine (T), wherein the secondary flow duct (BD) is provided for an outer fluid flow that is guided past the core engine (K); and - at least one line (L1, L2) which is guided within a cavity of a cladding that is disposed in the secondary flow duct (BD), characterized in that - the cladding has at least one overpressure door having at least one deformable hinge element (30, 30.1, 30.2), the overpressure door in the event of a pressure increasing beyond a threshold value in the cavity , while deforming said hinge element (30, 30.1, 30.2) is capable of being swung such that fluid can flow from the cavity of the cladding in the direction of the secondary flow duct (BD) through an opening that is released by the overpressure door swinging open; and - at least one opening mechanism is provided, by means of which in the event of a pressure increasing beyond the threshold value in the cavity a fixing mechanism of the overpressure door is released in order to permit the overpressure door to swing open. - a core engine (K) and at least one fan (F) by means of which fluid is directed to a primary flow duct for the core engine (K) as well as to a secondary flow duct (BD) of the turbofan engine (T), wherein the secondary flow duct (BD) is provided for an outer fluid flow that is guided past the core engine (K); and - at least one line (L1, L2) which is guided within a cavity of a cladding that is disposed in the secondary flow duct (BD), characterized in that - the cladding has at least one overpressure door having at least one deformable hinge element (30, 30.1, 30.2), the overpressure door in the event of a pressure increasing beyond a threshold value in the cavity , while deforming said hinge element (30, 30.1, 30.2) is capable of being swung such that fluid can flow from the cavity of the cladding in the direction of the secondary flow duct (BD) through an opening that is released by the overpressure door swinging open; and - at least one opening mechanism is provided, by means of which in the event of a pressure increasing beyond the threshold value in the cavity a fixing mechanism of the overpressure door is released in order to permit the overpressure door to swing open.
Device for measuring system states, wherein the device is configured to map sections of an executable file being executed as a process into separate segments in a system memory; segment every library used by the process and load the segmented libraries and corresponding permissions into the system memory; obtain a plurality of measurements for the process of all areas of the system memory during runtime of the system and of the mapped segments; maintain each measurement individually in a measurement log ; generate and anchor a fingerprint of the measurement log in a security module , and generate and send a system state report including the anchored fingerprint and the measurement log .
A magnetiser comprising a housing, a passage (8; 56) arranged inside the housing, and a permanent magnet assembly (2/4; 52/54/58/60/62/64; 82/84; 92/94) arranged outside the passage with the passage passing therethrough to provide a magnetic field passing through the passage, said housing comprising an inlet to the passage and an outlet from the passage such that an object to be magnetised can be inserted into the passage via the inlet in the housing and removed via the outlet in the housing, wherein the passage comprises a. a uniform portion (14; 70; 86; 96) where opposing surfaces of the permanent magnet assembly are arranged a uniform distance apart along the length of the uniform portion and b. a diverging portion (16; 68; 88, 98) arranged between one end of the uniform portion of the passage and the outlet of the housing where opposing surfaces of the permanent magnet assembly diverge such that the distance between opposing surfaces of the diverging portion nearest the uniform portion is less than the distance between opposing surfaces of the diverging portion nearest the outlet, characterised in that c. the average angle of the normal vector of the opposing surfaces of the diverging portion to a longitudinal centre axis of the passage is greater than 45 degrees. a. a uniform portion (14; 70; 86; 96) where opposing surfaces of the permanent magnet assembly are arranged a uniform distance apart along the length of the uniform portion and b. a diverging portion (16; 68; 88, 98) arranged between one end of the uniform portion of the passage and the outlet of the housing where opposing surfaces of the permanent magnet assembly diverge such that the distance between opposing surfaces of the diverging portion nearest the uniform portion is less than the distance between opposing surfaces of the diverging portion nearest the outlet,