mhurhangee/ep-ind-claims huggingface dataset:
A discrete semiconductor transistor device comprising: a transistor having a first terminal and a second terminal for connecting the transistor into an external circuit in order to control current flow through said external circuit, and a control terminal; a controller circuitry having an output that is connected to the control terminal of the transistor in order to control operation of the transistor; the controller circuitry comprising at least one input to allow the discrete semiconductor transistor device to receive control and/or data signals from an external source and wherein the controller circuitry comprises analogue computing circuitry and digital computing circuitry; characterised in that the analogue computing circuitry comprises multiple sub circuits, each for carrying out a different mathematical operation selected from addition, inversion, multiplication, integration, exponentiation, division, logarithm and differentiation; and in which the digital computing circuitry is configurable to program the analogue computing circuity which comprises selecting one or more of the sub-circuits to select a mathematical operation. a transistor having a first terminal and a second terminal for connecting the transistor into an external circuit in order to control current flow through said external circuit, and a control terminal; a controller circuitry having an output that is connected to the control terminal of the transistor in order to control operation of the transistor; the controller circuitry comprising at least one input to allow the discrete semiconductor transistor device to receive control and/or data signals from an external source and wherein the controller circuitry comprises analogue computing circuitry and digital computing circuitry; characterised in that the analogue computing circuitry comprises multiple sub circuits, each for carrying out a different mathematical operation selected from addition, inversion, multiplication, integration, exponentiation, division, logarithm and differentiation; and in which the digital computing circuitry is configurable to program the analogue computing circuity which comprises selecting one or more of the sub-circuits to select a mathematical operation.
An electrode assembly in which electrodes (110, 120), in particular electrode sheets, and separators, in particular separator sheets, are alternately stacked in a stacking direction, wherein in at least one lengthwise direction and/or crosswise direction of the electrode assembly, the separators have a larger extension than the electrode (110, 120), in particular the immediately adjacent electrode or electrodes (110, 120), whereby the separators, preferably each, include at least one projection that protrudes beyond the electrode (110, 120) in the lengthwise direction and/or crosswise direction, and wherein at least one fixing member attaching the projections of the separators adjacent to each other along the stacking direction is arranged among a plurality of the separators, wherein the fixing member has a web structure. wherein in at least one lengthwise direction and/or crosswise direction of the electrode assembly, the separators have a larger extension than the electrode (110, 120), in particular the immediately adjacent electrode or electrodes (110, 120), whereby the separators, preferably each, include at least one projection that protrudes beyond the electrode (110, 120) in the lengthwise direction and/or crosswise direction, and wherein at least one fixing member attaching the projections of the separators adjacent to each other along the stacking direction is arranged among a plurality of the separators, wherein the fixing member has a web structure.
An arrangement for cochlear implant signal processing, the arrangement comprising: a cochlear implant signal processor 301 configured to convert a speech signal input into multi-channel stimulation pulse sequences for a cochlear implant electrode array; a temporal feature processing module 302 configured to extract temporal feature information from the stimulation pulse sequences; and a speech recognition engine 303 configured to evaluate the temporal feature information using automatic speech recognition to produce speech recognition outputs corresponding to the speech signal input; characterised in that the temporal feature processing module includes a temporal feature extraction module 402 configured to extract the temporal feature information using a short term spectrum calculation. a cochlear implant signal processor 301 configured to convert a speech signal input into multi-channel stimulation pulse sequences for a cochlear implant electrode array; a temporal feature processing module 302 configured to extract temporal feature information from the stimulation pulse sequences; and a speech recognition engine 303 configured to evaluate the temporal feature information using automatic speech recognition to produce speech recognition outputs corresponding to the speech signal input; characterised in that the temporal feature processing module includes a temporal feature extraction module 402 configured to extract the temporal feature information using a short term spectrum calculation.
An aquarium overflow device for supplying water in an aquarium to an external device disposed outside the aquarium, the overflow device comprising: an inverted U-shaped siphon pipe for supplying the water in the aquarium to an outside of the aquarium, the siphon pipe having an inlet side end portion to be disposed in the aquarium and an outlet side end portion to be disposed outside the aquarium; suction means connected to an upper portion of the siphon pipe and configured to suck an inside of the siphon pipe; and air introducing means for introducing air into the upper portion in the siphon pipe when suction by the suction means is stopped; characterized by an overflow box adapted to straddle an upper end of a side wall of the aquarium; an inverted U-shaped discharge pipe having an inlet side end portion to be disposed outside of the aquarium and an outlet side end portion to be disposed inside of the aquarium; wherein the inverted U-shaped siphon pipe and the inverted U-shaped discharge pipe are in the overflow box, wherein the inverted U-shaped discharge pipe is configured such that water fed from the external device is introduced by water supply means into the discharge pipe from the inlet side end portion and then discharged into the aquarium from the outlet side end portion, wherein a backward flow preventing opening is provided at an upper portion of the discharge pipe, and wherein the inverted U-shaped discharge pipe is configured such that when water supply from the external device by the water supply means is stopped, air is introduced into the discharge pipe from the backward flow preventing opening to prevent backward flow of the water. an inverted U-shaped siphon pipe for supplying the water in the aquarium to an outside of the aquarium, the siphon pipe having an inlet side end portion to be disposed in the aquarium and an outlet side end portion to be disposed outside the aquarium; suction means connected to an upper portion of the siphon pipe and configured to suck an inside of the siphon pipe; and air introducing means for introducing air into the upper portion in the siphon pipe when suction by the suction means is stopped; an overflow box adapted to straddle an upper end of a side wall of the aquarium; an inverted U-shaped discharge pipe having an inlet side end portion to be disposed outside of the aquarium and an outlet side end portion to be disposed inside of the aquarium; wherein the inverted U-shaped siphon pipe and the inverted U-shaped discharge pipe are in the overflow box, wherein the inverted U-shaped discharge pipe is configured such that water fed from the external device is introduced by water supply means into the discharge pipe from the inlet side end portion and then discharged into the aquarium from the outlet side end portion, wherein a backward flow preventing opening is provided at an upper portion of the discharge pipe, and wherein the inverted U-shaped discharge pipe is configured such that when water supply from the external device by the water supply means is stopped, air is introduced into the discharge pipe from the backward flow preventing opening to prevent backward flow of the water.
A process for conjugation of an antigen comprising the steps of a) activating the antigen to form an activated antigen; b) reacting the activated antigen and a carrier protein to form an imine group linking the activated antigen to the carrier protein; and c) reducing the imine group using a reducing agent comprising a triacetoxyborohydride moiety to form a conjugated antigen; or a) activating the antigen to form an activated antigen; b') reacting the activated antigen and a linker to form an imine group linking the activated antigen to the linker; c') reducing the imine group using a reducing agent comprising a triacetoxyborohydride moiety to form an antigen-linker; and d) reacting the antigen-linker with a carrier protein to form a conjugated antigen; wherein the antigen originates from Streptococcus pneumoniae, Haemophilus influenzae, Neisseria meningitidis, Staphylococcus aureus, Enterococcus faecium, Enterococcus faecalis, Salmonella Vi, or Staphylococcus epidermidis wherein the antigen is a bacterial capsular saccharide and wherein step a) comprises reacting the antigen with periodate. a) activating the antigen to form an activated antigen; b) reacting the activated antigen and a carrier protein to form an imine group linking the activated antigen to the carrier protein; and c) reducing the imine group using a reducing agent comprising a triacetoxyborohydride moiety to form a conjugated antigen; or a) activating the antigen to form an activated antigen; b') reacting the activated antigen and a linker to form an imine group linking the activated antigen to the linker; c') reducing the imine group using a reducing agent comprising a triacetoxyborohydride moiety to form an antigen-linker; and d) reacting the antigen-linker with a carrier protein to form a conjugated antigen;
Method of obtaining data related to a rotor blade for a wind turbine, - wherein the rotor blade is mounted at its blade root; - wherein sensors are attached that register displacements of several points of the rotor blade with temporal resolution, - wherein the mounted rotor blade is at least once excited for vibrations at a plurality of different frequencies one after the other in a mode scan, - wherein, during the mode scan, the displacements of the points of the rotor blade are registered by the sensors with temporal resolution, - wherein the mounted rotor blade is excited for vibrations at one predetermined frequency in a long term vibration test, - wherein the predetermined frequency is adjusted to an eigenfrequency of the rotor blade, and - wherein the rotor blade is examined for damages in the long term vibration test, characterized in - that the mode scan is executed several times during the running long term vibration test, - wherein, between the executions of the mode scan, at least a part of the long term vibration test is executed, and - wherein the excitations at the different frequencies during the mode scan are superimposed with the excitation at the one eigenfrequency of the rotor blade. - wherein the rotor blade is mounted at its blade root; - wherein sensors are attached that register displacements of several points of the rotor blade with temporal resolution, - wherein the mounted rotor blade is at least once excited for vibrations at a plurality of different frequencies one after the other in a mode scan, - wherein, during the mode scan, the displacements of the points of the rotor blade are registered by the sensors with temporal resolution, - wherein the mounted rotor blade is excited for vibrations at one predetermined frequency in a long term vibration test, - wherein the predetermined frequency is adjusted to an eigenfrequency of the rotor blade, and - wherein the rotor blade is examined for damages in the long term vibration test, characterized in - that the mode scan is executed several times during the running long term vibration test, - wherein, between the executions of the mode scan, at least a part of the long term vibration test is executed, and - wherein the excitations at the different frequencies during the mode scan are superimposed with the excitation at the one eigenfrequency of the rotor blade.
A method for communication, comprising: after a data source device discovers a first device in a device group using a group identifier, pairing the first device with the data source device using the group identifier to obtain pairing information, the device group identifier uniquely identifying the device group, wherein a status of each device in the device group is set as visible to one or more devices outside the device group, devices in the device group are identified to the one or more devices outside the device group by the group identifier, and the pairing information is generated by the first device using the group identifier and an identifier of the data source device; transmitting a notification message from the first device to one or more other devices in the device group, the notification message including an instruction to update a status of each of the one or more other devices in the device group to be invisible to the one or more devices outside the device group; and providing the pairing information to a second device in the device group, the pairing information being used for establishing a connection between the second device and the data source. after a data source device discovers a first device in a device group using a group identifier, pairing the first device with the data source device using the group identifier to obtain pairing information, the device group identifier uniquely identifying the device group, wherein a status of each device in the device group is set as visible to one or more devices outside the device group, devices in the device group are identified to the one or more devices outside the device group by the group identifier, and the pairing information is generated by the first device using the group identifier and an identifier of the data source device; a status of each device in the device group is set as visible to one or more devices outside the device group, devices in the device group are identified to the one or more devices outside the device group by the group identifier, and the pairing information is generated by the first device using the group identifier and an identifier of the data source device; transmitting a notification message from the first device to one or more other devices in the device group, the notification message including an instruction to update a status of each of the one or more other devices in the device group to be invisible to the one or more devices outside the device group; and providing the pairing information to a second device in the device group, the pairing information being used for establishing a connection between the second device and the data source.
A method of generating pulses of nitric oxide comprising: atomizing a liquid source comprising water, NO 2 -, viscosity agent, and, non-detergent surfactant generating liquid droplets; pulsing the liquid droplets onto a substrate constructed from a porous hydrophilic polymer having pores with an average pore size, a substrate thickness, and a particulate reductant disposed within the pores and on a surface of the substrate forming a film, wherein the particulate reductant has an average particle size, and the film has a surface density of the particulate reductant and a film thickness; and generating the pulses of nitric oxide, wherein the particulate reductant comprises one or more compounds selected from the following structures: (croconic acid), (p-toluenesulfonic acid), and, (2,3,5,6-tetrafluoromandelic acid). atomizing a liquid source comprising water, NO 2 -, viscosity agent, and, non-detergent surfactant generating liquid droplets; pulsing the liquid droplets onto a substrate constructed from a porous hydrophilic polymer having pores with an average pore size, a substrate thickness, and a particulate reductant disposed within the pores and on a surface of the substrate forming a film, wherein the particulate reductant has an average particle size, and the film has a surface density of the particulate reductant and a film thickness; and generating the pulses of nitric oxide, wherein the particulate reductant comprises one or more compounds selected from the following structures: (croconic acid), (p-toluenesulfonic acid), and, (2,3,5,6-tetrafluoromandelic acid).
A diol compound represented by the following Chemical Formula 1: in Chemical Formula 1, R is represented by one of the following formulae:, and n and m are each independently an integer of 1 to 1,000. R is represented by one of the following formulae:, and n and m are each independently an integer of 1 to 1,000.
A method performed by a user equipment, the method comprising: receiving information to configure the user equipment to perform one or more measurements, to indicate that a network supports polled reporting and to configure the user equipment to report, when polled by the network, the one or more measurements, wherein the information comprises instructions regarding the one or more measurements to be associated with a target cell; receiving (254, 262) a poll from the network to report the one or more measurements configured based on the received information; and reporting, in response to the poll from the network, the one or more measurements to the network, without regard to whether a predefined measurement event is triggered, wherein the one or more measurements are to enable the network to assess the target cell. receiving information to configure the user equipment to perform one or more measurements, to indicate that a network supports polled reporting and to configure the user equipment to report, when polled by the network, the one or more measurements, wherein the information comprises instructions regarding the one or more measurements to be associated with a target cell; receiving (254, 262) a poll from the network to report the one or more measurements configured based on the received information; and reporting, in response to the poll from the network, the one or more measurements to the network, without regard to whether a predefined measurement event is triggered, wherein the one or more measurements are to enable the network to assess the target cell.
A display system comprising: a display module that produces image light; a waveguide;; a reflective input coupling prism mounted to the waveguide, wherein the reflective input coupling prism is configured to receive the image light through the waveguide, the reflective input coupling prism is configured to reflect the image light into the waveguide, and the waveguide is configured to propagate the reflected image light via total internal reflection; and an output coupler on the waveguide and configured to couple the reflected image light out of the waveguide, wherein the output coupler comprises diffractive grating structures in a grating medium embedded within the waveguide. a display module that produces image light; a waveguide;; a reflective input coupling prism mounted to the waveguide, wherein the reflective input coupling prism is configured to receive the image light through the waveguide, the reflective input coupling prism is configured to reflect the image light into the waveguide, and the waveguide is configured to propagate the reflected image light via total internal reflection; and an output coupler on the waveguide and configured to couple the reflected image light out of the waveguide, wherein the output coupler comprises diffractive grating structures in a grating medium embedded within the waveguide.
Method for ordering packets belonging to various flows (i), a queue (Queue_i) being associated with each of said flows, this method including, when a packet (p) is received; - the determination of the flow (i) to which the packet (p) belongs; - a step (E40, E54) of determining the priority of said packet (p), a packet being considered to have priority when: • said packet is the first packet of a non-active flow, a flow being considered non-active when no packet of this flow has been received in a current cycle, or • said packet is one of the packets of an active flow (i), a flow being considered active after the reception of a first packet belonging to this flow and until the queue (Queue_i) associated with this flow is empty, as long as the number of bytes of this flow (i) received during the current cycle is less than a quota (Q_i) associated with the flow (i) for this current cycle; and - if said packet (p) is determined to be a non-priority packet, a step of queuing of this packet (p) in the queue (Queue_i); said method further comprising the transmission of packets during said cycle in the following order: - the queues are processed cyclically, the processing of a queue (Q_i) consisting in transmitting packets contained in this queue to the limit of said quota (Q_i), and - the priority packets are transmitted with priority over the packets contained in the queues. - the determination of the flow (i) to which the packet (p) belongs; - a step (E40, E54) of determining the priority of said packet (p), a packet being considered to have priority when: • said packet is the first packet of a non-active flow, a flow being considered non-active when no packet of this flow has been received in a current cycle, or • said packet is one of the packets of an active flow (i), a flow being considered active after the reception of a first packet belonging to this flow and until the queue (Queue_i) associated with this flow is empty, as long as the number of bytes of this flow (i) received during the current cycle is less than a quota (Q_i) associated with the flow (i) for this current cycle; and • said packet is the first packet of a non-active flow, a flow being considered non-active when no packet of this flow has been received in a current cycle, or • said packet is one of the packets of an active flow (i), a flow being considered active after the reception of a first packet belonging to this flow and until the queue (Queue_i) associated with this flow is empty, as long as the number of bytes of this flow (i) received during the current cycle is less than a quota (Q_i) associated with the flow (i) for this current cycle; and - if said packet (p) is determined to be a non-priority packet, a step of queuing of this packet (p) in the queue (Queue_i); - the queues are processed cyclically, the processing of a queue (Q_i) consisting in transmitting packets contained in this queue to the limit of said quota (Q_i), and - the priority packets are transmitted with priority over the packets contained in the queues.
A method of imparting to, or modifying in, a comestible product, umami taste comprising the addition to a comestible product base of at least one compound of formula wherein one of X 1, X 2, or X 3 is selected from the group consisting of S, N and O and the remaining two are CH 2; and A is selected from in which R 2, R 3, R 4 R 5, R 6 are independently selected from the group consisting of H, methyl, ethyl, propyl, OH, OCH 3, OCH 2 CH 3, COOH, COOR 7, in which R 7 is selected from linear or branched C 1 -C 7 alkyl, and CONR 8 R 9, in which R 8 and R 9 are independently selected from hydrogen and straight or branched C 1 -C 4 alkyl; or any two adjacent substituents R 2 -R 6 together form a ring of 5 or 6 members; and n is 1 or 0.