mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a first bias circuit configured to generate a first current that varies with temperature according to a first adjustable slope, wherein the first bias circuit includes multiple current contribution stages (520, 522) coupled to a first output node of the first bias circuit; a second bias circuit configured to generate a second current that varies with temperature according to a second adjustable slope, wherein the second bias circuit includes multiple current contribution stages (524, 526) coupled to a second output node of the second bias circuit; a low noise amplifier including a transconductance stage that is responsive to an output of the first bias circuit; and a load coupled to an output of the low noise amplifier and responsive to an output of the second bias circuit, wherein the first slope is based on a temperature of the low noise amplifier, and the second slope is based on a temperature of the load, wherein the second slope is negative when the second temperature is within a first temperature region, and wherein the second slope is positive when the second temperature is within a second temperature region. a first bias circuit configured to generate a first current that varies with temperature according to a first adjustable slope, wherein the first bias circuit includes multiple current contribution stages (520, 522) coupled to a first output node of the first bias circuit; a second bias circuit configured to generate a second current that varies with temperature according to a second adjustable slope, wherein the second bias circuit includes multiple current contribution stages (524, 526) coupled to a second output node of the second bias circuit; a low noise amplifier including a transconductance stage that is responsive to an output of the first bias circuit; and a load coupled to an output of the low noise amplifier and responsive to an output of the second bias circuit, wherein the first slope is based on a temperature of the low noise amplifier, and the second slope is based on a temperature of the load, wherein the second slope is negative when the second temperature is within a first temperature region, and wherein the second slope is positive when the second temperature is within a second temperature region.
A method for preparing tulathromycin represented by formula I, comprising the following steps: subjecting a compound represented by formula II and n-propylamine to ring-opening addition reaction shown below in an organic solvent to produce tulathromycin represented by formula I; wherein the organic solvent is 1,2-propandiol;
A single-junction organic photovoltaic device comprising: an anode; a cathode; and an active layer residing between the anode and cathode, the active layer comprising an organic electron donor and an organic electron acceptor, wherein the difference between the highest occupied molecular orbital (HOMO) of the organic electron donor and the lowest unoccupied molecular orbital (LUMO) of the organic electron acceptor is 1.7 eV to 4 eV, the single-junction photovoltaic device generates an open circuit voltage (V oc) of at least 1.4 V measured under AM1.5G 100 mW/cm 2 illumination, characterised in that the peak absorbance of electromagnetic radiation by the active layer is in the range of 250 nm to 450 nm. an anode; a cathode; and an active layer residing between the anode and cathode, the active layer comprising an organic electron donor and an organic electron acceptor, wherein the difference between the highest occupied molecular orbital (HOMO) of the organic electron donor and the lowest unoccupied molecular orbital (LUMO) of the organic electron acceptor is 1.7 eV to 4 eV, the single-junction photovoltaic device generates an open circuit voltage (V oc) of at least 1.4 V measured under AM1.5G 100 mW/cm 2 illumination, characterised in that the peak absorbance of electromagnetic radiation by the active layer is in the range of 250 nm to 450 nm.
Blow moulding machine for producing hollow bodies from thermoplastic material, comprising a base frame without tie bars that has at least two mould platens formed as closing plates (3a, 3b), with moulds (6a, 6b) that in the closed state form an article cavity respectively arranged on the closing plates (3a, 3b), wherein a first closing plate is arranged in a stationary manner and a second closing plate is arranged in a movable manner, wherein the moulds can be brought from an open position into a closed position by way of the movement of the closing plates (3a, 3b) in relation to one another, and comprising at least one extrusion head for providing a preform of plasticated material, comprising means for the relative movement of the fully or partially extruded preform with respect to the closing movement of the moulds (6a, 6b) in the axis of the closing movement, wherein the relative movement of the preform is performed at the same time as the movement of the moulds (6a, 6b) and/or closing plates (3a, 3b), characterized in that the base frame is movable in the opposite direction to the closing movement of the second closing plate with respect to the extrusion head or in that the extruder and/or the extrusion head is movable in the same direction as the closing movement of the second closing plate.
An apparatus, comprising means for: deriving multiple input-multiple output feedback information using a set of precoding matrices associated with at least one precoding codebook, W 1, W 2; signaling, in a first plurality of resource elements, channel state information associated with a first precoding matrix indicator, PMI 1, of the set of precoding matrices jointly with a transmission rank, RI, wherein an implicit indication of the transmission rank, RI, is embedded in the signaling of the first precoding matrix indicator, PMI 1; and signaling separately, in a second plurality of resource elements, channel state information associated with a second precoding matrix indicator, PMI 2, of the set of precoding matrices. deriving multiple input-multiple output feedback information using a set of precoding matrices associated with at least one precoding codebook, W 1, W 2; signaling, in a first plurality of resource elements, channel state information associated with a first precoding matrix indicator, PMI 1, of the set of precoding matrices jointly with a transmission rank, RI, wherein an implicit indication of the transmission rank, RI, is embedded in the signaling of the first precoding matrix indicator, PMI 1; and signaling separately, in a second plurality of resource elements, channel state information associated with a second precoding matrix indicator, PMI 2, of the set of precoding matrices.
A battery module comprising: an electric cell group of a plurality of electric cells with positive and negative electrode terminals (12A, 12B); connecting members that connect adjacent ones of the electrode terminals (12A, 12B); and a wiring module assembled to the electric cell group; wherein the wiring module comprises: a plurality of detection terminals connected to ends of a plurality of electric wires for detecting conditions of electric cells, a plurality of retainer portions retaining the detection terminals, and interval adjusting means provided between adjacent ones of the plurality of retainer portions for adjusting the intervals between the retainer portions, characterized in that the connecting members are formed separately from the wiring module such as to enable the fitting of the connecting members to the electrode terminals before mounting the wiring module on the electric cell group. an electric cell group of a plurality of electric cells with positive and negative electrode terminals (12A, 12B); connecting members that connect adjacent ones of the electrode terminals (12A, 12B); and a wiring module assembled to the electric cell group; wherein the wiring module comprises: a plurality of detection terminals connected to ends of a plurality of electric wires for detecting conditions of electric cells, a plurality of retainer portions retaining the detection terminals, and interval adjusting means provided between adjacent ones of the plurality of retainer portions for adjusting the intervals between the retainer portions, characterized in that the connecting members are formed separately from the wiring module such as to enable the fitting of the connecting members to the electrode terminals before mounting the wiring module on the electric cell group. a plurality of detection terminals connected to ends of a plurality of electric wires for detecting conditions of electric cells, a plurality of retainer portions retaining the detection terminals, and interval adjusting means provided between adjacent ones of the plurality of retainer portions for adjusting the intervals between the retainer portions, characterized in that the connecting members are formed separately from the wiring module such as to enable the fitting of the connecting members to the electrode terminals before mounting the wiring module on the electric cell group.
A method of forming a polymeric bicyclic diamine or quaternary ammonium cationic derivative thereof, the method comprising: providing a first monomer comprising one or more aromatic moieties, the first monomer comprising at least two amino groups, each of the amino groups being attached to an aromatic moiety; and contacting said first monomer with formaldehyde or a source of methylene. providing a first monomer comprising one or more aromatic moieties, the first monomer comprising at least two amino groups, each of the amino groups being attached to an aromatic moiety; and contacting said first monomer with formaldehyde or a source of methylene.
Aldehyde ALD of the formula where R 1 and R 2 are either each independently a monovalent hydrocarbon radical having 1 to 12 carbon atoms or together are a divalent hydrocarbon radical having 4 to 12 carbon atoms which is part of an optionally substituted carbocyclic ring having 5 to 8 carbon atoms; R 3 is a hydrogen atom or an alkyl group or an arylalkyl group or an alkoxycarbonyl group; R 4 and R 5 are either each independently a methyl group or a monovalent aliphatic, cycloaliphatic or arylaliphatic radical which has 2 to 20 carbon atoms and optionally has hydroxyl groups or aldehyde groups and optionally contains heteroatoms in the form of ether oxygen or tertiary amine nitrogen, with the proviso that R 4 has at least one hydroxyl group and that R 4 and R 5 together have at least two hydroxyl groups, or together are a divalent aliphatic radical which has at least two hydroxyl groups and 4 to 20 carbon atoms, and is part of an optionally substituted heterocyclic ring having 5 to 8 ring atoms, this ring optionally containing further heteroatoms in the form of ether oxygen or tertiary amine nitrogen, and optionally having aldehyde groups.
A computer-implemented method comprising: generating an ultrasonic code for a first computer device; sending code data based on the ultrasonic code to the first device to enable the first computer device to broadcast an audio signal based on the ultrasonic code; receiving decode data from a second computer device; verifying the decode data represents the second computer device correctly decoded the ultrasonic code broadcasted by the first computer device; and based on verification, pairing the first and second computer devices. generating an ultrasonic code for a first computer device; sending code data based on the ultrasonic code to the first device to enable the first computer device to broadcast an audio signal based on the ultrasonic code; receiving decode data from a second computer device; verifying the decode data represents the second computer device correctly decoded the ultrasonic code broadcasted by the first computer device; and based on verification, pairing the first and second computer devices.
A data transmission method for a terminal, wherein the method comprises the following sequence of steps: obtaining a signal frequency of a set of access nodes, wherein the terminal is located within a service coverage area of the set of access nodes; obtaining a grouping result of the signal frequency according to a channel frequency range of a wireless network, wherein each group is corresponding to one different channel in the grouping result; accessing at least two access nodes one-to-one through at least two enabled ports on the terminal, wherein the at least two access nodes are corresponding to a same kind of wireless network, wherein a signal frequency of each of the at least two access nodes belongs to a different group of the grouping result, and wherein the at least two access nodes are a part of the set of access nodes; and exchanging, data of an application with a server by executing Multipath TCP through the at least two ports. obtaining a signal frequency of a set of access nodes, wherein the terminal is located within a service coverage area of the set of access nodes; obtaining a grouping result of the signal frequency according to a channel frequency range of a wireless network, wherein each group is corresponding to one different channel in the grouping result; accessing at least two access nodes one-to-one through at least two enabled ports on the terminal, wherein the at least two access nodes are corresponding to a same kind of wireless network, wherein a signal frequency of each of the at least two access nodes belongs to a different group of the grouping result, and wherein the at least two access nodes are a part of the set of access nodes; and exchanging, data of an application with a server by executing Multipath TCP through the at least two ports.
An equipment for attaching an optical fiber to a reel, the equipment comprises; a tape supply station configured to cut and supply pieces of tape, an attachment device comprising a frame with a collector for collecting a piece of tape from the tape supply station for attaching the optical fiber to the reel, a cutter for cutting the optical fiber, and an actuator for moving the attachment device and for pressing the collector, having said piece of tape, against the optical fiber and the reel in order to attach said optical fiber to said reel, characterized in that said cutter is a blade, arranged alongside a spring-biased frame of said attachment device, in order to protrude out past the collector, when the spring-biased frame is compressed, to attach the optical fiber to the reel and cut the optical fiber with a single motion when the collector of the attachment device is pressed against the optical fiber and the reel. a tape supply station configured to cut and supply pieces of tape, an attachment device comprising a frame with a collector for collecting a piece of tape from the tape supply station for attaching the optical fiber to the reel, a cutter for cutting the optical fiber, and an actuator for moving the attachment device and for pressing the collector, having said piece of tape, against the optical fiber and the reel in order to attach said optical fiber to said reel, characterized in that said cutter is a blade, arranged alongside a spring-biased frame of said attachment device, in order to protrude out past the collector, when the spring-biased frame is compressed, to attach the optical fiber to the reel and cut the optical fiber with a single motion when the collector of the attachment device is pressed against the optical fiber and the reel.
Transport device for transporting containers, in particular bottles, comprising: at least two grippers (1; 2), each of the at least two grippers (1; 2) comprising two gripper arms, one gripper arm of each gripper (1; 2) being designed to be stationary and one gripper arm being movable relative to the stationary gripper arm by means of a drive (3; 4) assigned to the gripper (1; 2); characterised in that at least two drives (3; 4) are provided, the at least two drives (3; 4) each being assigned to one of the at least two grippers (1; 2) such that each gripper is provided with a separate drive. at least two grippers (1; 2), each of the at least two grippers (1; 2) comprising two gripper arms, one gripper arm of each gripper (1; 2) being designed to be stationary and one gripper arm being movable relative to the stationary gripper arm by means of a drive (3; 4) assigned to the gripper (1; 2); characterised in that at least two drives (3; 4) are provided, the at least two drives (3; 4) each being assigned to one of the at least two grippers (1; 2) such that each gripper is provided with a separate drive.
A topical or oral or parenteral composition for enhanced micro/ macro blood circulation comprising (i) 0.1 to10 % of an extract of Rubia Cordifolia comprising higher than 0.025 % hydroxyanthraquinones and hydroxynaphthoquinones; (ii) 0.1 to 10 % an extract of Butea monosperma comprising higher than 0.02 % butein. (i) 0.1 to10 % of an extract of Rubia Cordifolia comprising higher than 0.025 % hydroxyanthraquinones and hydroxynaphthoquinones; (ii) 0.1 to 10 % an extract of Butea monosperma comprising higher than 0.02 % butein.
A method for lowering a probability of a multiple flush cycle of a pipeline, the method comprising: maintaining one or more entries stored in a branch target address cache, BTAC, in a replacement order; implicitly predicting a first direction for a conditional branch instruction using the BTAC; predicting a second direction for the conditional branch instruction based on state information; determining whether a conflict exists between the first direction and the second direction; in response to determining the conflict between the first direction and the second direction, managing a BTAC entry associated with the conditional branch instruction, wherein managing the BTAC entry comprises receiving a branch direction of the conditional branch instruction which has been actually resolved, evaluating said state information in response to said received branch direction, and modifying a positioning of the BTAC entry in the replacement order according to said state information; and in response to determining no conflict between the first direction and the second direction, not managing the BTAC entry associated with the conditional branch instruction. maintaining one or more entries stored in a branch target address cache, BTAC, in a replacement order; implicitly predicting a first direction for a conditional branch instruction using the BTAC; predicting a second direction for the conditional branch instruction based on state information; determining whether a conflict exists between the first direction and the second direction; in response to determining the conflict between the first direction and the second direction, managing a BTAC entry associated with the conditional branch instruction, wherein managing the BTAC entry comprises receiving a branch direction of the conditional branch instruction which has been actually resolved, evaluating said state information in response to said received branch direction, and modifying a positioning of the BTAC entry in the replacement order according to said state information; and in response to determining no conflict between the first direction and the second direction, not managing the BTAC entry associated with the conditional branch instruction.
An electronic device, comprising: a display module integrated with a first touch sensor, wherein the first touch sensor is adapted to generate a first sensing signal in response to a first driving signal; a second touch sensor, adapted for generating a second sensing signal in response to a second driving signal; a sense circuitry, coupled to the first and the second touch sensors (415, 420), a drive circuitry, coupled to the display module and the first touch sensor, the drive circuitry being adapted for generating the first driving signal to drive the first touch sensor when instructed by the sense circuitry and to drive the display module for displaying an image; and the sense circuitry being adapted for generating the second driving signal to drive the second touch sensor, the sense circuitry receiving and analyzing the first sensing signal to sense the touch on the first touch sensor and the sense circuitry receiving the second sensing signal to sense the touch on the second touch sensor; wherein the drive circuitry provides the first driving signal to the first touch sensor according to a first frequency, and the sense circuitry provides the second driving signal to the second touch sensor according to a second frequency; the first frequency and the second frequency being different. a display module integrated with a first touch sensor, wherein the first touch sensor is adapted to generate a first sensing signal in response to a first driving signal; a second touch sensor, adapted for generating a second sensing signal in response to a second driving signal; a sense circuitry, coupled to the first and the second touch sensors (415, 420), a drive circuitry, coupled to the display module and the first touch sensor, the drive circuitry being adapted for generating the first driving signal to drive the first touch sensor when instructed by the sense circuitry and to drive the display module for displaying an image; and the sense circuitry being adapted for generating the second driving signal to drive the second touch sensor, the sense circuitry receiving and analyzing the first sensing signal to sense the touch on the first touch sensor and the sense circuitry receiving the second sensing signal to sense the touch on the second touch sensor; wherein the drive circuitry provides the first driving signal to the first touch sensor according to a first frequency, and the sense circuitry provides the second driving signal to the second touch sensor according to a second frequency; the first frequency and the second frequency being different.
A communication method of a virtual extensible local area network, wherein the virtual extensible local area network VxLAN comprises a VxLAN centralized controller and multiple tunnel end points VTEPs, and the method comprises: intercepting, by a transmit-end VTEP, a broadcast packet sent by a transmit-end virtual machine; determining, by the transmit-end VTEP, whether the broadcast packet does not have a destination address, and if determining that the broadcast packet does not have a destination address, acquiring, by the transmit-end VTEP, from the VxLAN centralized controller, an IP address of a receive-end VTEP on the VxLAN; and encapsulating, by the transmit-end VTEP, the broadcast packet into a unicast packet according to the IP address of the receive-end VTEP, and sending the unicast packet to the receive-end VTEP, so that the receive-end VTEP broadcasts the received unicast packet to a receive end. intercepting, by a transmit-end VTEP, a broadcast packet sent by a transmit-end virtual machine; determining, by the transmit-end VTEP, whether the broadcast packet does not have a destination address, and if determining that the broadcast packet does not have a destination address, acquiring, by the transmit-end VTEP, from the VxLAN centralized controller, an IP address of a receive-end VTEP on the VxLAN; and encapsulating, by the transmit-end VTEP, the broadcast packet into a unicast packet according to the IP address of the receive-end VTEP, and sending the unicast packet to the receive-end VTEP, so that the receive-end VTEP broadcasts the received unicast packet to a receive end.