mhurhangee/ep-ind-claims huggingface dataset:
An ophthalmic pharmaceutical composition comprising: an effective amount of interfering RNA having a length of 19 to 49 nucleotides and a pharmaceutically acceptable carrier, the interfering RNA comprising an antisense strand having at least 18 contiguous nucleotides having at least 80% sequence complementarity to SEQ ID NO: 36 or SEQ ID NO: 45, and a physiologically acceptable carrier, wherein the interfering RNA can attenuate the expression of histamine receptor HI mRNA. an effective amount of interfering RNA having a length of 19 to 49 nucleotides and a pharmaceutically acceptable carrier, the interfering RNA comprising an antisense strand having at least 18 contiguous nucleotides having at least 80% sequence complementarity to SEQ ID NO: 36 or SEQ ID NO: 45,
A guidewire adjuster, comprising: a support mechanism having a lumen for a guidewire to extend therethrough; and a driving mechanism for driving the guidewire to move back and forth in the lumen; characterized in that the support mechanism is configured as an inner tube, the driving mechanism is configured as an outer sleeve slidably mounted around the inner tube, and wherein one of the inner tube and the outer sleeve is provide with a connecting member at one end thereof, and the other one of the inner tube and the outer sleeve is provided with a locking mechanism at an end opposite from the connecting member, and the connecting member comprises a fitting structure fixedly connectable with a delivery-system operation handle. a support mechanism having a lumen for a guidewire to extend therethrough; and a driving mechanism for driving the guidewire to move back and forth in the lumen; characterized in that the support mechanism is configured as an inner tube, the driving mechanism is configured as an outer sleeve slidably mounted around the inner tube, and wherein one of the inner tube and the outer sleeve is provide with a connecting member at one end thereof, and the other one of the inner tube and the outer sleeve is provided with a locking mechanism at an end opposite from the connecting member, and the connecting member comprises a fitting structure fixedly connectable with a delivery-system operation handle.
A method of acquiring a high frequency carrier performed by a mobile station, MS, communicating with a base station, BS, using a first carrier and a second carrier in a communication network, the method comprising: receiving, on the first carrier from the BS, information about one or more synchronization signals which are transmitted by the BS on the second carrier, wherein the information about the one or more synchronization signals comprises information indicating one or more time intervals for receiving the one or more synchronization signals on the second carrier by the MS and information indicating one or more beams through which the one or more synchronization signals are respectively transmitted on the second carrier; determining the one or more beams to be monitored by the MS among a plurality of beams transmitted on the second carrier based on the information about the one or more synchronization signals; determining the one or more time intervals in which the one or more beams are being transmitted on the second carrier based on the information about the one or more synchronization signals; and acquiring a synchronization signal by monitoring the determined one or more beams transmitted on the second carrier in the determined one or more time intervals, wherein the first carrier corresponds to a low frequency carrier in a cellular band and the second carrier corresponds to the high frequency carrier in a mmWave band. receiving, on the first carrier from the BS, information about one or more synchronization signals which are transmitted by the BS on the second carrier, wherein the information about the one or more synchronization signals comprises information indicating one or more time intervals for receiving the one or more synchronization signals on the second carrier by the MS and information indicating one or more beams through which the one or more synchronization signals are respectively transmitted on the second carrier; determining the one or more beams to be monitored by the MS among a plurality of beams transmitted on the second carrier based on the information about the one or more synchronization signals; determining the one or more time intervals in which the one or more beams are being transmitted on the second carrier based on the information about the one or more synchronization signals; and acquiring a synchronization signal by monitoring the determined one or more beams transmitted on the second carrier in the determined one or more time intervals, wherein the first carrier corresponds to a low frequency carrier in a cellular band and the second carrier corresponds to the high frequency carrier in a mmWave band.
Audio decoder for a decoding an encoded audio signal comprising multi-channel audio data comprising data for two or more audio channels, and information on jointly encoded scale parameters, comprising: a scale parameter decoder for decoding the information on the jointly encoded scale parameters to obtain a first set of scale parameters for a first channel of a decoded audio signal and a second set of scale parameters for a second channel of the decoded audio signal; and a signal processor (210, 212, 230) for applying the first set of scale parameters to a first channel representation derived from the multi-channel audio data and for applying the second set of scale parameters to a second channel representation derived from the multi-channel audio data to obtain the first channel and the second channel of the decoded audio signal, wherein the jointly encoded scale parameters comprise information on a first group of jointly encoded scale parameters and information on a second group of jointly encoded scale parameters, and wherein the scale parameter decoder is configured to combine a jointly encoded scale parameter of the first group and a jointly encoded scale parameter of the second group using a first combination rule to obtain a scale parameter of the first set of scale parameters, and using a second combination rule being different from the first combination rule to obtain a scale parameter of the second set of scale parameters. a scale parameter decoder for decoding the information on the jointly encoded scale parameters to obtain a first set of scale parameters for a first channel of a decoded audio signal and a second set of scale parameters for a second channel of the decoded audio signal; and a signal processor (210, 212, 230) for applying the first set of scale parameters to a first channel representation derived from the multi-channel audio data and for applying the second set of scale parameters to a second channel representation derived from the multi-channel audio data to obtain the first channel and the second channel of the decoded audio signal, wherein the jointly encoded scale parameters comprise information on a first group of jointly encoded scale parameters and information on a second group of jointly encoded scale parameters, and wherein the scale parameter decoder is configured to combine a jointly encoded scale parameter of the first group and a jointly encoded scale parameter of the second group using a first combination rule to obtain a scale parameter of the first set of scale parameters, and using a second combination rule being different from the first combination rule to obtain a scale parameter of the second set of scale parameters.
Liposomal irinotecan for use in an antineoplastic therapy for the treatment of a solid tumor in a patient, wherein the liposomal irinotecan is administered in combination with a Poly(ADP-ribose) Polymerase (PARP) inhibitor, wherein the liposomal irinotecan is repeatedly administered, and wherein the treatment comprises: i) administering to the patient liposomal irinotecan once every two weeks; and ii) administering the PARP inhibitor daily for 3 to 10 days between consecutive administrations of the liposomal irinotecan, wherein the PARP inhibitor is administered at least 2, 3, 4 or 5 days after the administration of the liposomal irinotecan and at least 2, 3, 4 or 5 days prior to the next administration of the liposomal irinotecan. i) administering to the patient liposomal irinotecan once every two weeks; and ii) administering the PARP inhibitor daily for 3 to 10 days between consecutive administrations of the liposomal irinotecan, wherein the PARP inhibitor is administered at least 2, 3, 4 or 5 days after the administration of the liposomal irinotecan and at least 2, 3, 4 or 5 days prior to the next administration of the liposomal irinotecan.
An ultra wideband 'UWB' pulse radar system, comprising: a transmitter; and a receiver having a programmable gain network 'PGN' block coupled to process a received UWB radar signal, said programmable PGN block including a programmable attenuator having an output coupled to an input node of a UWB low noise amplifier 'LNA', and at least one power limiter including a first power limiter _between said input node and a ground node for said radar system, and a second power limiter between said input node and a positive supply node for said radar system, the at least one power limiters configured to: clamp a power level at the input node of the UWB LNA, provide bidirectional protection for the UWB LNA using the second power limiter of the at least one power limiter, and shunt away power in the received UWB radar signal when magnitude of a signal voltage is above a voltage threshold of the at least one power limiter, and a sampling unit coupled between an output of said UWB LNA and a processor, said processor implementing an attenuation algorithm, wherein said processor is coupled to said programmable attenuator and provides attenuation control signals to dynamically control an attenuation of said programmable attenuator. a transmitter; and a receiver having a programmable gain network 'PGN' block coupled to process a received UWB radar signal, said programmable PGN block including a programmable attenuator having an output coupled to an input node of a UWB low noise amplifier 'LNA', and at least one power limiter including a first power limiter _between said input node and a ground node for said radar system, and a second power limiter between said input node and a positive supply node for said radar system, the at least one power limiters configured to: clamp a power level at the input node of the UWB LNA, provide bidirectional protection for the UWB LNA using the second power limiter of the at least one power limiter, and shunt away power in the received UWB radar signal when magnitude of a signal voltage is above a voltage threshold of the at least one power limiter, and clamp a power level at the input node of the UWB LNA, provide bidirectional protection for the UWB LNA using the second power limiter of the at least one power limiter, and shunt away power in the received UWB radar signal when magnitude of a signal voltage is above a voltage threshold of the at least one power limiter, and a sampling unit coupled between an output of said UWB LNA and a processor, said processor implementing an attenuation algorithm, wherein said processor is coupled to said programmable attenuator and provides attenuation control signals to dynamically control an attenuation of said programmable attenuator.
Oil circuit for an engine, in particular a reciprocating piston engine, preferably a marine engine, comprising an oil sump and at least one supply loop (20; 40; 120), which is suppliable with oil from the oil sump, has at least one oil-consuming unit and routes back into the oil sump, and which has a main pump and a plurality of filters, of which at least one is a simple filter with a filter area and a further filter is a self-cleaning backwash filter with a backwashable filter area, wherein the backwash filter has an inlet, a clean oil outlet and a backwash outlet, and wherein the backwash outlet opens out into a line branch (24; 124) containing at least one means for the treatment of the scavenging oil, characterized in that the inlet of the backwash filter, in dependence on the switching status of at least one switching valve being arranged upstream of the backwash filter, is suppliable with oil by the main pump, selectively via a first line section or a second line section, wherein in the second line section is arranged the simple filter, and wherein a scavenging oil pump (28; 328) and, downstream of the scavenging oil pump (28; 328), the simple filter of the second line section or an additional simple filter are assigned as means for the treatment of the scavenging oil to the line branch (24; 324) for the scavenging oil.
Optical measurement encoder for receiving position information, - with a transmit/receive unit for scanning a measuring standard, - wherein the transmit/receive unit comprises a plurality of sensor elements, - wherein at least one plurality of light-guiding elements which corresponds to the plurality of sensor elements is arranged in the beam path between the measuring standard and the sensor elements, - wherein a total area of the light-guiding elements is larger than a total area of the sensor elements, and - with spherical lens-shaped optical spheres as light-guiding elements on one side, with spherical lens-shaped optical spheres with tapering extensions on a beam exit side as light-guiding elements on a beam incidence side. - with a transmit/receive unit for scanning a measuring standard, - wherein the transmit/receive unit comprises a plurality of sensor elements, - wherein at least one plurality of light-guiding elements which corresponds to the plurality of sensor elements is arranged in the beam path between the measuring standard and the sensor elements, - wherein a total area of the light-guiding elements is larger than a total area of the sensor elements, and - with spherical lens-shaped optical spheres as light-guiding elements on one side, with spherical lens-shaped optical spheres with tapering extensions on a beam exit side as light-guiding elements on a beam incidence side.
System with rail-guided vehicle and with a rail part, wherein at least one waveguide region (23, 24, 25), formed closed in profile and in the rail direction continuously through the rail part, is integrally formed on the rail part, for data transmission by means of excitation of at least one mode of the waveguide region, wherein, on the rail part, at least one slotted waveguide region with slot is integrally formed or a slotted waveguide profile part with slot is connected in a form-locking and/or force-locking manner, wherein the rail part comprises rolling regions for wheels of the vehicle, wherein a data stream coming from the vehicle is coupled, via a first antenna part projecting into the slot, into the slotted waveguide region or into the slotted waveguide profile part and is coupled out from a second antenna part (1, 6) of a unit arranged stationarily on the rail part, wherein the data stream is passed on from the stationary unit to a third antenna part projecting into the waveguide region (23, 24, 25) of the rail part, so that the data stream is guided through the waveguide region (23, 24, 25) to an, in turn, coupling-out antenna part comprised by a further stationary unit.
A method of displaying a user interface on an electronic device comprising: displaying one or more first images which comprise information included in one or more first documents, the first documents comprising message bubbles; receiving a first input signal comprising a drag gesture which is applied to a message bubble; altering the size of the message bubble to which the drag gesture is applied according to the drag gesture; obtaining first preference information about contents included in the message bubble to which the drag gesture is applied according to the altered message bubble size; and displaying message bubbles about which preference information is obtained in a collection view. displaying one or more first images which comprise information included in one or more first documents, the first documents comprising message bubbles; receiving a first input signal comprising a drag gesture which is applied to a message bubble; altering the size of the message bubble to which the drag gesture is applied according to the drag gesture; obtaining first preference information about contents included in the message bubble to which the drag gesture is applied according to the altered message bubble size; and displaying message bubbles about which preference information is obtained in a collection view.
A system for analyzing and interpreting at least one data stream, wherein the system comprises a plurality of modules, at least one of which is a management module that comprises a user interface, wherein the system comprises several data processing modules that are arranged in a serial module chain with an input and an output, wherein the input of the module chain is configured to receive interception data, wherein the system is configured to use a rule engine to structure the data in accordance with at least one matching rule such that the several data processing modules are configured to structure the interception data received via the input such that the output of the module chain is configured to output structured interception data, wherein the serial module chain is configured to process data only in direction from the input to the output, characterized in that the management module is configured to communicate with the data processing modules of the serial module chain, wherein each of the data processing modules is configured to announce information with regard to its own capability, namely capability information, wherein the system is configured to forward the capability information of a single data processing module in the serial module chain in data flow direction for configuration of the data processing modules, wherein each data processing module is configured to adjust its capability based on the received capability information such that each data processing module is configured to automatically configure itself based on the capability information received from the at least one previous data processing module, thereby enabling an auto-configuration of the system.
Clutch disc formed of the assembly of a drive plate and of a pressing plate, of a central hub and peripheral friction linings and inside which there is placed at least one damper mounted on a central support web, characterized in that the said central web is provided on one of its faces with at least one boss intended to come into direct friction contact with the pressing plate.
A data transmission control method performed by a data transmission control apparatus, the method comprising: a.) acquiring (step 101) a retransmission identification parameter of a user equipment; b.) determining (step 102), according to the retransmission identification parameter, whether the user equipment can identify retransmitted data that belongs to a same hybrid automatic repeat request, HARQ, process as initially transmitted data and that is in a rated transmission interval following receiving of the initially transmitted data; and c.) if yes in step b.), sending within the rated transmission interval after the initial transmission, the retransmitted data to the user equipment for at least once by using the HARQ process that is the same as the HARQ process in which the initially transmitted data is located (step 103); d.) if no in step b.), sending within the rated transmission interval after the initial transmission, the initially transmitted data for at least once by using another HARQ process that is different from the HARQ process in which the initially transmitted data is located (step 501). a.) acquiring (step 101) a retransmission identification parameter of a user equipment; b.) determining (step 102), according to the retransmission identification parameter, whether the user equipment can identify retransmitted data that belongs to a same hybrid automatic repeat request, HARQ, process as initially transmitted data and that is in a rated transmission interval following receiving of the initially transmitted data; and c.) if yes in step b.), sending within the rated transmission interval after the initial transmission, the retransmitted data to the user equipment for at least once by using the HARQ process that is the same as the HARQ process in which the initially transmitted data is located (step 103); d.) if no in step b.), sending within the rated transmission interval after the initial transmission, the initially transmitted data for at least once by using another HARQ process that is different from the HARQ process in which the initially transmitted data is located (step 501).
A process for producing microcellulose comprising i) hydrolyzing fibrous cellulosic material with an acid at an elevated temperature of at least 80°C, wherein the amount of acid is from 0.2 to 10% on dry weight of the cellulose, or ii) acidifying fibrous cellulosic material to pH value of 4 or below 4, followed by washing and hydrolyzing the washed cellulosic material at an elevated temperature of at least 80°C with an acid in an amount of at most 0.5% on dry weight of the cellulose, to produce a microcellulose - hydrolysate mixture followed by separation of the microcellulose from the hydrolysate, wherein the mixture or separated hydrolysate or microcellulose is optionally neutralized, and wherein the microcellulose production is integrated to production of a pulp mill such that at least part of chemicals used in the acidification, acid hydrolysis and/or neutralization is produced by an integrated chemical recovery process of the pulp mill. i) hydrolyzing fibrous cellulosic material with an acid at an elevated temperature of at least 80°C, wherein the amount of acid is from 0.2 to 10% on dry weight of the cellulose, or ii) acidifying fibrous cellulosic material to pH value of 4 or below 4, followed by washing and hydrolyzing the washed cellulosic material at an elevated temperature of at least 80°C with an acid in an amount of at most 0.5% on dry weight of the cellulose,