mhurhangee/ep-ind-claims huggingface dataset:
A content addressable memory, CAM, comprising at least one CAM cell (100, 300, 310, 600) comprising: first and second inverters (102, 104) cross-coupled between first and second storage nodes (V1, V2), wherein the first and second inverters of the at least one CAM cell are each coupled between a first supply voltage rail (VSS, VDD) and a second supply voltage rail (VDD, VSS); a first transistor coupling the first storage node to a bitline, the first transistor being controlled by a first control signal; a second transistor coupling the second storage node to the bitline, the second transistor being controlled by a second control signal; a control circuit adapted to perform a CAM read operation by pre-charging the bitline to a first voltage level, and then selectively activating either the first or second transistor based on an input data bit (D IN) to be compared provided by said first and second control signals; and characterized in that the CAM further comprises: a detection circuit (120, 902) coupled to the first supply voltage rail (VSS, VDD) of the first and second inverters and adapted to detect, following the activation of the first or second transistor (114, 116), a CAM hit or miss based on the detected voltage level on said first supply voltage rail. first and second inverters (102, 104) cross-coupled between first and second storage nodes (V1, V2), wherein the first and second inverters of the at least one CAM cell are each coupled between a first supply voltage rail (VSS, VDD) and a second supply voltage rail (VDD, VSS); a first transistor coupling the first storage node to a bitline, the first transistor being controlled by a first control signal; a second transistor coupling the second storage node to the bitline, the second transistor being controlled by a second control signal; a control circuit adapted to perform a CAM read operation by pre-charging the bitline to a first voltage level, and then selectively activating either the first or second transistor based on an input data bit (D IN) to be compared provided by said first and second control signals; and characterized in that the CAM further comprises: a detection circuit (120, 902) coupled to the first supply voltage rail (VSS, VDD) of the first and second inverters and adapted to detect, following the activation of the first or second transistor (114, 116), a CAM hit or miss based on the detected voltage level on said first supply voltage rail.
A method for determining Radio Resource Management, RRM, measurement configuration, comprising: receiving, by a first node, resource information sent by a second node and used by at least one RRM measurement corresponding to a neighbor node of the second node; and determining, by the first node, RRM measurement configuration required for a User Equipment, UE, to perform an RRM measurement according to the resource information used by the at least one RRM measurement; wherein the resource information used by the at least one RRM measurement corresponding to the neighbor node is: resource information of an RRM measurement corresponding to a cell covered by the neighbor node; or resource information of an RRM measurement corresponding to a frequency point of a cell covered by the neighbor node; wherein the resource information used by the at least one RRM measurement comprises: a time-domain position corresponding to a Synchronization Signal Block, SSB; or a time-domain position corresponding to a Channel State Information-Reference Signal, CSI-RS; or a time-domain position corresponding to a SSB and a time-domain position corresponding to a CSI-RS. receiving, by a first node, resource information sent by a second node and used by at least one RRM measurement corresponding to a neighbor node of the second node; and determining, by the first node, RRM measurement configuration required for a User Equipment, UE, to perform an RRM measurement according to the resource information used by the at least one RRM measurement; wherein the resource information used by the at least one RRM measurement corresponding to the neighbor node is: resource information of an RRM measurement corresponding to a cell covered by the neighbor node; or resource information of an RRM measurement corresponding to a frequency point of a cell covered by the neighbor node; wherein the resource information used by the at least one RRM measurement comprises: a time-domain position corresponding to a Synchronization Signal Block, SSB; or a time-domain position corresponding to a Channel State Information-Reference Signal, CSI-RS; or a time-domain position corresponding to a SSB and a time-domain position corresponding to a CSI-RS. resource information of an RRM measurement corresponding to a cell covered by the neighbor node; or resource information of an RRM measurement corresponding to a frequency point of a cell covered by the neighbor node; wherein the resource information used by the at least one RRM measurement comprises: a time-domain position corresponding to a Synchronization Signal Block, SSB; or a time-domain position corresponding to a Channel State Information-Reference Signal, CSI-RS; or a time-domain position corresponding to a SSB and a time-domain position corresponding to a CSI-RS. a time-domain position corresponding to a Synchronization Signal Block, SSB; or a time-domain position corresponding to a Channel State Information-Reference Signal, CSI-RS; or a time-domain position corresponding to a SSB and a time-domain position corresponding to a CSI-RS.
A synthetic growing media for plant cultivation comprising a one-piece plastic body, characterized in that the one-piece plastic body comprises a plurality of legs emanating from a common center and pointing in different directions, at least one of the plurality of legs comprising a proximal end which connects to the common center and a distal end which includes a bulbous tip, the bulbous tip having a major dimension greater than a width of the at least one of the plurality of legs, wherein: the one-piece plastic body is X-shaped and the plurality of legs are spaced approximately 90 degrees from each other in a first plane; and an opposing pair of the plurality of legs are spaced less than 180 degrees from each other in a second plane that is orthogonal to the first plane. the one-piece plastic body is X-shaped and the plurality of legs are spaced approximately 90 degrees from each other in a first plane; and an opposing pair of the plurality of legs are spaced less than 180 degrees from each other in a second plane that is orthogonal to the first plane.
A method for power control by a wireless transmit/receive unit, WTRU, for wireless transmissions on multiple component carriers corresponding to multiple serving cells associated with multiple timing advances, the method comprising: determining, by the WTRU, transmit powers for at least a first physical channel for a first serving cell in a first timing advanced group, TAG, and a second physical channel for a second serving cell in a second TAG, wherein the first TAG is less timing advanced than the second TAG; determining, by the WTRU, a WTRU configured maximum output power, P CMAX, for an overlapping portion separately from at least one non-overlapping portion, wherein the overlapping portion is a portion of a transmission of the first physical channel in a first subframe that overlaps in time with a portion of a transmission of the second physical channel in a next subframe; and adjusting, by the WTRU, the transmit powers of at least one of the first and second physical channels in the overlapping portion separately from at least one non-overlapping portion of said at least one of the first and second physical channels and transmitting at least one of the first and second physical channels such that a sum of the transmit powers of the physical channels in the overlapping portion does not exceed the determined P CMAX for the overlapping portion. determining, by the WTRU, transmit powers for at least a first physical channel for a first serving cell in a first timing advanced group, TAG, and a second physical channel for a second serving cell in a second TAG, wherein the first TAG is less timing advanced than the second TAG; determining, by the WTRU, a WTRU configured maximum output power, P CMAX, for an overlapping portion separately from at least one non-overlapping portion, wherein the overlapping portion is a portion of a transmission of the first physical channel in a first subframe that overlaps in time with a portion of a transmission of the second physical channel in a next subframe; and adjusting, by the WTRU, the transmit powers of at least one of the first and second physical channels in the overlapping portion separately from at least one non-overlapping portion of said at least one of the first and second physical channels and transmitting at least one of the first and second physical channels such that a sum of the transmit powers of the physical channels in the overlapping portion does not exceed the determined P CMAX for the overlapping portion.
A compound which is: 1-((6-( tert -butylsulfonyl)-4-((3,4-dimethyl-1 H -pyrazol-5-yl)amino)quinolin-7-yl)oxy)propan-2-ol; 1-((6-( tert -butylsulfonyl)-4-((3,4-dimethyl-1 H -pyrazol-5-yl)amino)quinolin-7-yl)oxy)-2-methylpropan-2-ol; or 6-( tert -butylsulfonyl)- N -(3,4-dimethyl-1 H -pyrazol-5-yl)-7-(2-methoxyethoxy)quinolin-4-amine; or a pharmaceutically acceptable salt thereof. 1-((6-( tert -butylsulfonyl)-4-((3,4-dimethyl-1 H -pyrazol-5-yl)amino)quinolin-7-yl)oxy)propan-2-ol; 1-((6-( tert -butylsulfonyl)-4-((3,4-dimethyl-1 H -pyrazol-5-yl)amino)quinolin-7-yl)oxy)-2-methylpropan-2-ol; or 6-( tert -butylsulfonyl)- N -(3,4-dimethyl-1 H -pyrazol-5-yl)-7-(2-methoxyethoxy)quinolin-4-amine;
A swallowing stimulation system having a swallowing stimulator, which is designed for triggering an act of swallowing in a patient, whereby the swallowing system has an operating unit with operating elements for receiving user inputs, the operating unit is designed to generate a control signal for the swallowing stimulator corresponding to the user input, and the swallowing stimulator is designed so that a stimulus for triggering an act of swallowing is triggered or formed as a function of the control signal, characterized in that, the operating elements are assigned to different physical properties or consistencies of food comprising pairs of properties such as solid and liquid, brittle and tough or smooth, and hot and cold, such that a user can assign the consistency of a particular food by means of the operating elements to at least one of at least two categories.
Recessed light fixture to be installed in a ceiling or ceiling system, on the top of said recessed light fixture is mounted at least one fixing device that includes a connecting element which carries a holding extension and which is movably mounted to said recessed light fixture in such a manner that said holding extension is movable between a first position, in which it does not or only slightly project above the contour of the recessed light fixture, and a second position, in which it is located outside of the contour of the recessed light fixture and above a region of the ceiling or ceiling system and comes to bear against the same, characterized in that the connecting element includes a section that is turned away from the recessed light fixture and is adjustable in height, said section being one of two legs (20, 22) of the connecting element and carrying said holding extension, and the other leg being movably mounted on the top of said recessed light fixture.
A contactless power supply apparatus that is adapted to emit AC power using magnetic field resonance, comprising: an AC power supply adapted to generate an AC current; at least one circuit adapted to generate a magnetic field from the AC current generated by the AC power supply; a charging surface adapted to charge at least one device (2, 3) in physical proximity thereto using magnetic field resonance according to the magnetic field generated by the at least one circuit; and at least one indicator adapted to indicate an intensity distribution of the magnetic field relative to the charging surface according to a magnetic field strength of the magnetic field, characterized in that the at least one indicator (Ar1, Ar2, Ar3, Ar4, Ar11, Ar12, Ar13, Ar 21, Ar, 22, Ar23) includes a plurality of predetermined shapes concentrically arranged on the charging surface, adapted to indicate a charging priority relative to a center of the plurality of predetermined shapes according to the magnetic strength of the magnetic field. an AC power supply adapted to generate an AC current; at least one circuit adapted to generate a magnetic field from the AC current generated by the AC power supply; a charging surface adapted to charge at least one device (2, 3) in physical proximity thereto using magnetic field resonance according to the magnetic field generated by the at least one circuit; and at least one indicator adapted to indicate an intensity distribution of the magnetic field relative to the charging surface according to a magnetic field strength of the magnetic field,
An apparatus for controlling electric currents, comprising: a pulse width modulation PWM signal generating unit configured to generate a PWM signal; a first switch unit connected to the PWM signal generating unit, and configured to receive the PWM signal and generate a switch control signal corresponding to the PWM signal; a second switch unit connected to the first switch unit, and configured to receive the switch control signal and connect or block a flow of a current from a rectifier to a battery according to the switch control signal; a current decreasing unit connected to the second switch unit, and configured to decrease a current value of a current passing through the second switch unit and provide the battery with a current having the decreased current value, and characterised by a temperature measuring unit configured to measure a temperature of the second switch unit, wherein the PWM signal generating unit decreases the pulse width of the PWM signal when the measured temperature is higher than a predetermined temperature. a pulse width modulation PWM signal generating unit configured to generate a PWM signal; a first switch unit connected to the PWM signal generating unit, and configured to receive the PWM signal and generate a switch control signal corresponding to the PWM signal; a second switch unit connected to the first switch unit, and configured to receive the switch control signal and connect or block a flow of a current from a rectifier to a battery according to the switch control signal; a current decreasing unit connected to the second switch unit, and configured to decrease a current value of a current passing through the second switch unit and provide the battery with a current having the decreased current value, and characterised by a temperature measuring unit configured to measure a temperature of the second switch unit, wherein the PWM signal generating unit decreases the pulse width of the PWM signal when the measured temperature is higher than a predetermined temperature.
A method for achieving desired yield strength and elongation in an 7xxx aluminum alloy sheet comprising: a) rapidly heating the sheet to a temperature of 450° C to 510° C; b) maintaining the sheet at the temperature of 450° C to 510° C for up to 20 minutes; c) rapidly cooling the sheet to room temperature at more than 50° C per second; d) heating the sheet to a temperature between 100° C and 120° C; e) maintaining the sheet at the temperature between 100° C and 120° C for a duration of 1 hour; f) heating the sheet at a temperature between 150° C and 200° C; and, g) maintaining the sheet at the temperature between 150° C and 200° C for a duration of 0.5 to 6 hrs. a) rapidly heating the sheet to a temperature of 450° C to 510° C; b) maintaining the sheet at the temperature of 450° C to 510° C for up to 20 minutes; c) rapidly cooling the sheet to room temperature at more than 50° C per second; d) heating the sheet to a temperature between 100° C and 120° C; e) maintaining the sheet at the temperature between 100° C and 120° C for a duration of 1 hour; f) heating the sheet at a temperature between 150° C and 200° C; and, g) maintaining the sheet at the temperature between 150° C and 200° C for a duration of 0.5 to 6 hrs.
An electronic device comprising: a first memory; a second memory having characteristics different from characteristics of the first memory; and a processor operatively connected to the first memory and the second memory, wherein the processor is configured to: perform, based on an amount of available space in the first memory, a memory reclaim operation to make more space available in the first memory; in response to a first execution event of an application stored in the second memory, perform a sequence of instructions to launch the application and change at least one memory management setting configured for the memory reclaim operation to delay or stop the memory reclaim operation; and based on completing performing the sequence of instructions to launch the application, restore the at least one memory management setting to a state prior to performing the sequence of instructions to launch the application, wherein if the at least one memory management setting is changed, operation frequency of the memory reclaim operation is reduced as an initiation of the memory reclaim operation is delayed or stopped. a first memory; a second memory having characteristics different from characteristics of the first memory; and a processor operatively connected to the first memory and the second memory, wherein the processor is configured to: perform, based on an amount of available space in the first memory, a memory reclaim operation to make more space available in the first memory; in response to a first execution event of an application stored in the second memory, perform a sequence of instructions to launch the application and change at least one memory management setting configured for the memory reclaim operation to delay or stop the memory reclaim operation; and based on completing performing the sequence of instructions to launch the application, restore the at least one memory management setting to a state prior to performing the sequence of instructions to launch the application, wherein if the at least one memory management setting is changed, operation frequency of the memory reclaim operation is reduced as an initiation of the memory reclaim operation is delayed or stopped. perform, based on an amount of available space in the first memory, a memory reclaim operation to make more space available in the first memory; in response to a first execution event of an application stored in the second memory, perform a sequence of instructions to launch the application and change at least one memory management setting configured for the memory reclaim operation to delay or stop the memory reclaim operation; and based on completing performing the sequence of instructions to launch the application, restore the at least one memory management setting to a state prior to performing the sequence of instructions to launch the application, wherein if the at least one memory management setting is changed, operation frequency of the memory reclaim operation is reduced as an initiation of the memory reclaim operation is delayed or stopped.
Plug system to be built into the top of a fuel tank filler pipe, comprising • a plug with a locking device, the plug being arranged to be kept in a closed position by a return spring and to be opened automatically via the action of a filler nozzle when it is in unlocked position, • a fuel flap able to occupy a position allowing access to the pipe and a position preventing access to the pipe, and • a mechanical connection system able to transmit a movement from the flap to the locking device in such a way as to lock or unlock the plug, characterized in that the mechanical connection system comprises components configured to interact by part of a movement of one component being transmitted to another, adjacent component in such a way that only part of the movement of the flap can be transmitted to the locking device in order to lock or unlock the plug, said movement not being transmitted when the flap reaches its closed position. • a plug with a locking device, the plug being arranged to be kept in a closed position by a return spring and to be opened automatically via the action of a filler nozzle when it is in unlocked position, • a fuel flap able to occupy a position allowing access to the pipe and a position preventing access to the pipe, and • a mechanical connection system able to transmit a movement from the flap to the locking device in such a way as to lock or unlock the plug,
Drillship, comprising a hull which extends along a longitudinal axis between a bow and a stern, said ship comprising a main deck, above which a drill floor is positioned, and one or more drilling towers (7', 7"), each of which extends above the drill floor in proximity of least one moon pool (8', 8") which vertically crosses the hull at the drill floor to the bottom of the hull itself, wherein each of said one or more drilling towers (7', 7") has a box-like structure and supports the lifting devices externally to itself and in that the drill floor extends completely outside the floor dimensions of said one or more drilling towers (7', 7") so as to exploit the available space on the ship, characterized by the fact that it comprises at least two of said drilling towers (7', 7"), each drilling tower being dedicated to a single drilling line, said drill floor extending continuously between said two drilling towers (7', 7") forming a single extended drill floor, said drillship comprising an operating area dedicated to drilling activities, wherein said two drilling towers (7', 7") are placed in distal positions within said operating drilling area in a direction parallel to the longitudinal axis of the ship so as to maximise the available surface area of said extended single drill floor and by the fact that said drillship comprises two or more moon pools (8', 8"), separate and independent of each other, each dedicated to a single drilling tower (7', 7").
A gateway for use with a DMZ host and a Hotspot client, said gateway comprising: a communication module operable to receive a communication packet having a transparent Ethernet bridging generic routing encapsulation header and a payload having a destination MAC address and to forward the communication packet to one of the group consisting of the DMZ host the Hotspot client and a processing module operable to determine whether the communication packet is a Unicast communication packet or a Multicast communication packet based on the destination MAC address and to instruct said communication module to forward the communication packet to one of the group consisting of the DMZ host and the Hotspot client, based on the destination MAC address. a communication module operable to receive a communication packet having a transparent Ethernet bridging generic routing encapsulation header and a payload having a destination MAC address and to forward the communication packet to one of the group consisting of the DMZ host the Hotspot client and a processing module operable to determine whether the communication packet is a Unicast communication packet or a Multicast communication packet based on the destination MAC address and to instruct said communication module to forward the communication packet to one of the group consisting of the DMZ host and the Hotspot client, based on the destination MAC address.