mhurhangee/patent-ind-claim-en huggingface dataset:
A method for regenerating a waste organic zinc catalyst, the method comprising: (a) mixing and stirring a waste organic zinc catalyst with a dicarboxylic acid to generate a mixture; and (b) mixing and stirring the mixture with a zinc compound, wherein the dicarboxylic acid and the zinc compound are solid phases, respectively, wherein each of the steps (a) and (b) is alternately repeated at least twice, and wherein a mole ratio of the dicarboxylic acid and the zinc compound is 1:0.7 to 1:1.5. (a) mixing and stirring a waste organic zinc catalyst with a dicarboxylic acid to generate a mixture; and (b) mixing and stirring the mixture with a zinc compound, wherein the dicarboxylic acid and the zinc compound are solid phases, respectively, wherein each of the steps (a) and (b) is alternately repeated at least twice, and wherein a mole ratio of the dicarboxylic acid and the zinc compound is 1:0.7 to 1:1.5.
A device for use in delivering material to a biological subject, characterized in that the device includes: (a) a base ; and, (b) a number of solid, non-porous projections extending from the base , each projection including an end section for penetrating tissue of the biological subject provided atop a support section with a step which defines a step offset, at least a portion of the end section of at least one of the projections being coated with a non-liquid coating including the material, wherein the material includes an antigen. (a) a base ; and, (b) a number of solid, non-porous projections extending from the base , each projection including an end section for penetrating tissue of the biological subject provided atop a support section with a step which defines a step offset, at least a portion of the end section of at least one of the projections being coated with a non-liquid coating including the material, wherein the material includes an antigen.
A decoding device , comprising: a receiving unit that receives an encoded stream from an encoding device that transmits the encoded stream, the encoded stream including encoded data of an image, color gamut information indicating a color gamut of the image, and luminance information indicating a reference display luminance setting for a white level used for image production of the image and a reference display luminance setting for a black level used for image production of the image, wherein the reference display luminance setting for the white level and the reference display luminance setting for the black level are expressed in units of candela per square metre and indicate luminance levels of white and black of a master display that displays an encoding target image at the time of authoring the encoding target image; an extracting unit that extracts the encoded data, the color gamut information and the luminance information from the encoded stream received by the receiving unit; a decoding unit that decodes the encoded data extracted by the extracting unit, and generates the image; and an adjusting unit that adjusts a dynamic range of the image generated by the decoding unit based on the luminance information extracted by the extracting unit. a receiving unit that receives an encoded stream from an encoding device that transmits the encoded stream, the encoded stream including encoded data of an image, color gamut information indicating a color gamut of the image, and luminance information indicating a reference display luminance setting for a white level used for image production of the image and a reference display luminance setting for a black level used for image production of the image, wherein the reference display luminance setting for the white level and the reference display luminance setting for the black level are expressed in units of candela per square metre and indicate luminance levels of white and black of a master display that displays an encoding target image at the time of authoring the encoding target image; an extracting unit that extracts the encoded data, the color gamut information and the luminance information from the encoded stream received by the receiving unit; a decoding unit that decodes the encoded data extracted by the extracting unit, and generates the image; and an adjusting unit that adjusts a dynamic range of the image generated by the decoding unit based on the luminance information extracted by the extracting unit.
A method for transmitting data by using a hybrid automatic repeat request, HARQ, process identity in a wireless network, the method comprising : establishing a linking scheme between a certain set of process identity fields and at least two sets of process identities of two respective corresponding codewords; selecting a process identity field from among the certain set of process identity fields; selecting a first process identity from among a first set of process identities of a first codeword and a second process identity from among a second set of process identities of a second codeword in dependence upon the selected process identity field and the established linking scheme; and transmitting, via a wireless terminal, a first packet from the first codeword using a first transmission channel indicated by the first process identity, a second packet from the second codeword using a second transmission channel indicated by the second process identity, and a control message comprising the selected process identity field. establishing a linking scheme between a certain set of process identity fields and at least two sets of process identities of two respective corresponding codewords; selecting a process identity field from among the certain set of process identity fields; selecting a first process identity from among a first set of process identities of a first codeword and a second process identity from among a second set of process identities of a second codeword in dependence upon the selected process identity field and the established linking scheme; and transmitting, via a wireless terminal, a first packet from the first codeword using a first transmission channel indicated by the first process identity, a second packet from the second codeword using a second transmission channel indicated by the second process identity, and a control message comprising the selected process identity field.
A metering apparatus, in particular a pipetting machine, with a pipetting device moveable in three directions (X, Y, Z) orthogonal to each other with at least one pipetting channel to which a pipetting tip is or can be attached detachably, to aspirate sample liquid from a sample container corresponding to the metering apparatus or to dispense the sample liquid in a sample container , wherein the at least one pipetting channel is configured such that a pipetting tip detachably attached to it may be removed from the pipetting channel , preferably automatically, and a disposal container arranged on the metering apparatus , into which used pipetting tips can be accommodated after removing from a corresponding pipetting channel , characterized in that the disposal container is arranged on the metering apparatus moveably along at least one direction relative to the at least one sample container , wherein the pipetting device and the disposal container are at least temporarily moveable in the same direction (X), preferably synchronously.
A telehandler equipped with at least one electric propulsion motor and with several containment compartments for housing means for powering said motor; characterized in that at least one of said compartments is provided with an access opening to allow a user to insert or extract at least one source of electricity included in said power supply means; wherein a plurality of electric batteries is made available, each designed to be inserted in one of the compartments ; wherein at least one electricity generator apparatus is provided for insertion in one of the compartments ; wherein said telehandler is equipped with two alternative power supply configurations: a fully electrical configuration wherein the above-mentioned power supply means include only one or more electric batteries ; and a hybrid configuration wherein the above-mentioned power supply means include said electricity generator apparatus . characterized in that at least one of said compartments is provided with an access opening to allow a user to insert or extract at least one source of electricity included in said power supply means; wherein a plurality of electric batteries is made available, each designed to be inserted in one of the compartments ; wherein at least one electricity generator apparatus is provided for insertion in one of the compartments ; wherein said telehandler is equipped with two alternative power supply configurations: a fully electrical configuration wherein the above-mentioned power supply means include only one or more electric batteries ; and a hybrid configuration wherein the above-mentioned power supply means include said electricity generator apparatus . a fully electrical configuration wherein the above-mentioned power supply means include only one or more electric batteries ; and a hybrid configuration wherein the above-mentioned power supply means include said electricity generator apparatus .
A method for transmitting an uplink control channel, comprising: sending (S210), by a network device, a downlink control channel to a terminal device on a first downlink frequency domain control area of a first downlink time domain scheduling unit, wherein the downlink control channel comprises first configuration information and second configuration information, the first configuration information is used to dynamically indicate at least one first uplink frequency domain control area used by the terminal device to send an uplink control channel to the network device, and the second configuration information comprises information about an offset of each first uplink frequency domain control area in at least one first uplink time domain scheduling unit with respect to the first downlink time domain scheduling unit; and receiving (S220), by the network device, an uplink control channel sent by the terminal device on a first uplink frequency domain scheduling unit in a corresponding first uplink frequency domain control area of the at least one first uplink time domain scheduling unit, wherein a frequency domain position of the first uplink frequency domain scheduling unit in the first uplink frequency domain control area is determined according to the first downlink frequency domain control area. sending (S210), by a network device, a downlink control channel to a terminal device on a first downlink frequency domain control area of a first downlink time domain scheduling unit, wherein the downlink control channel comprises first configuration information and second configuration information, the first configuration information is used to dynamically indicate at least one first uplink frequency domain control area used by the terminal device to send an uplink control channel to the network device, and the second configuration information comprises information about an offset of each first uplink frequency domain control area in at least one first uplink time domain scheduling unit with respect to the first downlink time domain scheduling unit; and receiving (S220), by the network device, an uplink control channel sent by the terminal device on a first uplink frequency domain scheduling unit in a corresponding first uplink frequency domain control area of the at least one first uplink time domain scheduling unit, wherein a frequency domain position of the first uplink frequency domain scheduling unit in the first uplink frequency domain control area is determined according to the first downlink frequency domain control area.
A delivery tool configured to deliver a neurostimulator into a pterygopalatine fossa (PPF) of a subject, the neurostimulator including a body connected to an integral stimulation lead having one or more stimulating electrodes , the delivery tool comprising: a handle ; an elongated shaft extending from the handle ; a hub portion located between the shaft and a spine member that extends axially away from the hub portion , the hub portion being sized and dimensioned to releasably mate with the neurostimulator ; and a double barrel sheath connected to the spine member ; characterized in that the delivery tool further comprises a central lumen extending through at least a portion of the shaft and the hub portion , the central lumen being adapted to receive a lead ejector for selective deployment of the stimulation lead from the double barrel sheath . a handle ; an elongated shaft extending from the handle ; a hub portion located between the shaft and a spine member that extends axially away from the hub portion , the hub portion being sized and dimensioned to releasably mate with the neurostimulator ; and a double barrel sheath connected to the spine member ; characterized in that the delivery tool further comprises a central lumen extending through at least a portion of the shaft and the hub portion , the central lumen being adapted to receive a lead ejector for selective deployment of the stimulation lead from the double barrel sheath .
A method for handling failures in an autonomous vehicle , the method comprising: - detecting a failure in the autonomous vehicle , - determining whether the autonomous vehicle is in an open road area or in a restricted area , - when the autonomous vehicle is determined to be in the restricted area, handling the failure according to a restricted area configuration, wherein handling the failure according to the restricted area configuration comprises determining whether a predetermined safety condition is fulfilled, and - when the predetermined safety condition is determined to be fulfilled, allowing the autonomous vehicle to leave the restricted area . - detecting a failure in the autonomous vehicle , - determining whether the autonomous vehicle is in an open road area or in a restricted area , - when the autonomous vehicle is determined to be in the restricted area, handling the failure according to a restricted area configuration, wherein handling the failure according to the restricted area configuration comprises determining whether a predetermined safety condition is fulfilled, and - when the predetermined safety condition is determined to be fulfilled, allowing the autonomous vehicle to leave the restricted area . - when the predetermined safety condition is determined to be fulfilled, allowing the autonomous vehicle to leave the restricted area .
A system for transferring licensing rights for a user for a particular media content associated with a first device on a first distribution platform to be associated with a second device on a second distribution platform comprising: at least one computer processor configured to: (a) receive a request to transfer the licensing rights associated with the first device on the first distribution platform to be associated with the second device on the second distribution platform for the particular media content, the request comprising user identification information for the user and licensing rights information on the licensing rights of the user for the particular media content; (b) contact the user to request the user to provide a user verification to transfer the licensing rights associated with the first device on the first distribution platform to be associated with the second device on the second distribution platform for the particular media content; (c) receive the user verification from the user; (d) determine whether the user verification indicates the user would like to transfer the licensing rights; and (e) in response to the user verification indicating to transfer the licensing rights, send a message to the second distribution platform, the message comprising at least a portion of the licensing rights information on the licensing rights of the user for the particular media content, and an index indicating a position in the content at which the subscriber stopped consuming the content, wherein the second distribution platform associates the licensing rights with the second device so that the user can play the particular media content on the second device. (a) receive a request to transfer the licensing rights associated with the first device on the first distribution platform to be associated with the second device on the second distribution platform for the particular media content, the request comprising user identification information for the user and licensing rights information on the licensing rights of the user for the particular media content; (b) contact the user to request the user to provide a user verification to transfer the licensing rights associated with the first device on the first distribution platform to be associated with the second device on the second distribution platform for the particular media content; (c) receive the user verification from the user; (d) determine whether the user verification indicates the user would like to transfer the licensing rights; and (e) in response to the user verification indicating to transfer the licensing rights, send a message to the second distribution platform, the message comprising at least a portion of the licensing rights information on the licensing rights of the user for the particular media content, and an index indicating a position in the content at which the subscriber stopped consuming the content, wherein the second distribution platform associates the licensing rights with the second device so that the user can play the particular media content on the second device.
A light-emitting device with outermost sidewalls comprising: a light-emitting diode having a first pad , a top surface opposite to the first pad , and a side surface ; a first electrode having a first main segment formed on the first pad to extend beyond the side surface , and at least two first protrusions extending from the first main segment to the outermost sidewalls ; and an insulation structure formed between the first electrode and the first pad without contacting the top surface of the light-emitting diode ; wherein the first pad has a portion electrically connected to the first electrode ; wherein each of the at least two first protrusions is narrower than the first main segment ; and wherein the first main segment and the at least two first protrusions are formed on a same side of the insulation structure and the first pad . a light-emitting diode having a first pad , a top surface opposite to the first pad , and a side surface ; a first electrode having a first main segment formed on the first pad to extend beyond the side surface , and at least two first protrusions extending from the first main segment to the outermost sidewalls ; and an insulation structure formed between the first electrode and the first pad without contacting the top surface of the light-emitting diode ; wherein the first pad has a portion electrically connected to the first electrode ; wherein each of the at least two first protrusions is narrower than the first main segment ; and wherein the first main segment and the at least two first protrusions are formed on a same side of the insulation structure and the first pad .
A power supply system including a storage cell connected in parallel with a power generating device for supplying electric power to a load, comprising: a power-supply target value obtaining unit configured to obtain electric power being currently consumed by the load, as a power-supply target value; a generated-power detection unit configured to detect a generated-power value of electric power generated by the power generating device with respect to the power-supply target value; a power compensation amount calculation unit configured to calculate a deviation of the generated-power value from the power-supply target value and determine an amount of power compensation to be supplied to the load from the storage cell ; and an output power control unit configured to determine transient response characteristics indicating a time change of output power from the storage cell , characterized in that the output power control unit is configured to determine current transient response characteristics of the storage cell by setting a current internal resistance of the storage cell to an output current (i(t)) indicating the transient response characteristic of the storage cell , and the output power control unit is configured to perform control by outputting a discharging or charging command so that the output power from the storage cell becomes equal to the amount of power compensation, based on the current transient response characteristics. a power-supply target value obtaining unit configured to obtain electric power being currently consumed by the load, as a power-supply target value; a generated-power detection unit configured to detect a generated-power value of electric power generated by the power generating device with respect to the power-supply target value; a power compensation amount calculation unit configured to calculate a deviation of the generated-power value from the power-supply target value and determine an amount of power compensation to be supplied to the load from the storage cell ; and an output power control unit configured to determine transient response characteristics indicating a time change of output power from the storage cell , characterized in that the output power control unit is configured to determine current transient response characteristics of the storage cell by setting a current internal resistance of the storage cell to an output current (i(t)) indicating the transient response characteristic of the storage cell , and the output power control unit is configured to perform control by outputting a discharging or charging command so that the output power from the storage cell becomes equal to the amount of power compensation, based on the current transient response characteristics.
A computer implemented method comprising: receiving an address resolution protocol, ARP, request message from a requesting virtual machine, the ARP request message comprising a request for a destination address for a destination virtual machine, wherein the destination address comprises one or both of a destination hardware address or a destination media access control address; augmenting the ARP request message with a first network service header, NSH, the first NSH identifying an ARP service function; forwarding the augmented ARP request to the ARP service function; receiving an ARP reply message from the ARP service function, the ARP reply message being encapsulated with a second NSH; decapsulating the second NSH from the ARP reply message; and determining, from the second NSH, whether the destination address for the destination virtual machine is present in an ARP service function database. receiving an address resolution protocol, ARP, request message from a requesting virtual machine, the ARP request message comprising a request for a destination address for a destination virtual machine, wherein the destination address comprises one or both of a destination hardware address or a destination media access control address; augmenting the ARP request message with a first network service header, NSH, the first NSH identifying an ARP service function; forwarding the augmented ARP request to the ARP service function; receiving an ARP reply message from the ARP service function, the ARP reply message being encapsulated with a second NSH; decapsulating the second NSH from the ARP reply message; and determining, from the second NSH, whether the destination address for the destination virtual machine is present in an ARP service function database.
A drug for use in a method of treating a LSR (lipolysis stimulated lipoprotein receptor) -positive malignant tumor in a patient determined to have an episode of LSR-positive malignant tumor, said drug comprising an anti-LSR antibody or an antigen binding fragment thereof, and wherein the LSR-positive malignant tumor is ovarian cancer.