mhurhangee/ep-ind-claims huggingface dataset:
A double stranded nucleic acid molecule having structure SXII comprising a sense strand and an antisense strand: wherein the upper strand is the sense strand and the lower strand is the antisense strand of the double stranded nucleic acid molecule; said antisense strand comprises sequence complementary to a target RNA; each N is independently a nucleotide; each B is a terminal cap moiety that can be present or absent; represents non-base paired or overhanging nucleotides which can be unmodified or chemically modified; represents nucleotide positions that are ribonucleotides; X1 and X2 are independently integers from 0 to 4; X3 is an integer from 9 to 30; X4 is an integer from 11 to 30, provided that the sum of X4 and X5 is 17-36; X5 is an integer from 1 to 6; and (a) any pyrimidine nucleotides present in the antisense strand are 2'-deoxy-2'-fluoro nucleotides; any purine nucleotides present in the antisense strand other than the purine nucleotides in the nucleotide positions, are 2'-O-methyl nucleotides; (b) any pyrimidine nucleotides present in the sense strand are 2'-deoxy-2'-fluoro nucleotides; any purine nucleotides present in the sense strand are deoxyribonucleotides; and (c) any nucleotides are optionally 2'-O-methyl, 2'-deoxy-2'-fluoro, or deoxyribonucleotides. (a) any pyrimidine nucleotides present in the antisense strand are 2'-deoxy-2'-fluoro nucleotides; any purine nucleotides present in the antisense strand other than the purine nucleotides in the nucleotide positions, are 2'-O-methyl nucleotides; (b) any pyrimidine nucleotides present in the sense strand are 2'-deoxy-2'-fluoro nucleotides; any purine nucleotides present in the sense strand are deoxyribonucleotides; and (c) any nucleotides are optionally 2'-O-methyl, 2'-deoxy-2'-fluoro, or deoxyribonucleotides.
Multibeam antenna having a plurality of sources per beam comprising at least one reflector and a network of a plurality of sources (10, 10a, 10b, 10c, 10d, 10'a, 10'c) which illuminate the reflector, the sources (10, 10a, 10b, 10c, 10d, 10'a, 10'c) being associated in a plurality of groups (G1, G2, G3,... GN) which are offset relative to each other in two directions X, Y from a plane which is placed at the focal point of the reflector, each group comprising the same number of sources, characterised in that each source (10, 10a, 10b, 10c, 10d, 10'a, 10'c) comprises a polariser which is connected to a radiating element and two diplexers (15, 18) which are integrated in two output paths (13, 14) of the polariser, respectively, each diplexer comprising two output ports, the four output ports of the two diplexers forming four ports (16, 17, 19, 20) of the source, the four ports operating in four different colours, each colour being defined by a pair of frequency and polarisation values (F1, P1), (F1, P2), (F2, P1), (F2, P2), and in that all the sources belonging to the same group (G1 to GN) comprise first ports which have the same first colour (P1, F1) which are connected together by means of first dedicated distribution circuits (C1, C3, D1) in order to form a first beam and third ports which have the same third colour (P2, F1) which are connected together by means of second dedicated distribution circuits (C2, C4, D2) in order to form a second beam, the second and fourth ports corresponding to the second and fourth colour of each source of the group being capable of being connected to the corresponding ports of the sources of an adjacent group.
A method for operating a sensor which is configured for checking different features (M1, M2) of value documents and which is configured for carrying out at least one self-test for verifying its functionality, wherein the sensor carries out a self-test for verifying its functionality in which it is provided that the sensor rates a malfunction ascertained in the self-test differently in dependence on the selected feature (M1, M2) and that the sensor reacts to the malfunction (F1, F2, F3, F4) ascertained in the self-test differently in dependence on the selected feature (M1, M2), wherein - in the sensor there is respectively provided for the different features (M1, M2) an operating mode (B1, B2) which the sensor employs for checking the respective feature, and - wherein, before the sensor carries out the self-test, at least one of the features (M1, M2) is selected that is to be checked by the sensor, and - wherein it is provided in the self-test of the sensor that the sensor reacts to a malfunction (F1, F2, F3, F4) which would hinder the checking of the selected feature (M1, M2), in the case that the malfunction is circumventable, by the sensor employing a modified operating mode (B1', B2') instead of the provided operating mode for checking the value documents, and - wherein it is provided in the self-test of the sensor that the sensor reacts differently to the same malfunction in dependence on the selected feature, and - wherein in a data memory of the sensor information is stored on the different reactions which the sensor is to execute in dependence on the selected feature in the case of the ascertained malfunction, and - wherein, for differently rating and reacting to the ascertained malfunction in dependence on the selected feature, the sensor employs those of the reactions stored in the data memory that are associated with the selected feature there. - in the sensor there is respectively provided for the different features (M1, M2) an operating mode (B1, B2) which the sensor employs for checking the respective feature, and - wherein, before the sensor carries out the self-test, at least one of the features (M1, M2) is selected that is to be checked by the sensor, and - wherein it is provided in the self-test of the sensor that the sensor reacts to a malfunction (F1, F2, F3, F4) which would hinder the checking of the selected feature (M1, M2), in the case that the malfunction is circumventable, by the sensor employing a modified operating mode (B1', B2') instead of the provided operating mode for checking the value documents, and - wherein it is provided in the self-test of the sensor that the sensor reacts differently to the same malfunction in dependence on the selected feature, and - wherein in a data memory of the sensor information is stored on the different reactions which the sensor is to execute in dependence on the selected feature in the case of the ascertained malfunction, and - wherein, for differently rating and reacting to the ascertained malfunction in dependence on the selected feature, the sensor employs those of the reactions stored in the data memory that are associated with the selected feature there.
A printing ink or coating composition comprising one or more chemically modified starches selected from grafted starches, starch phosphates, starch sulfates, starch carboxylates, starch ethers, and crosslinked starches, wherein at least one of the starches either has a number average molecular weight of less than about 100,000 or had a number average molecular weight of less than about 100,000 which has been increased to greater than about 100,000 by chemical modification.
A cavitation chamber for use in a cavitation system, the cavitation chamber comprising: a container for holding a liquid and for housing a piston; two end-walls (16a, 16b), each end-wall (16a, 16b) provided at one end of the longest axis of the container; an inlet for introducing the liquid into the container, wherein the inlet is configured to allow liquid to enter the container but not to escape; an outlet for removing liquid from the container, wherein the outlet is configured to allow liquid and gas to escape from the container but not to return; and at least one piston, housed in the container, characterized in that the piston comprises at least one permanent magnet, wherein the permanent magnet piston is configured to cause cavitation in a liquid held in the container of the cavitation chamber by being driven into linear movement between the end-walls (16a, 16b) of the container along the longest axis by electromagnetic fields of a cavitation generator. a container for holding a liquid and for housing a piston; two end-walls (16a, 16b), each end-wall (16a, 16b) provided at one end of the longest axis of the container; an inlet for introducing the liquid into the container, wherein the inlet is configured to allow liquid to enter the container but not to escape; an outlet for removing liquid from the container, wherein the outlet is configured to allow liquid and gas to escape from the container but not to return; and at least one piston, housed in the container, characterized in that the piston comprises at least one permanent magnet, wherein the permanent magnet piston is configured to cause cavitation in a liquid held in the container of the cavitation chamber by being driven into linear movement between the end-walls (16a, 16b) of the container along the longest axis by electromagnetic fields of a cavitation generator.
A deployment device for deploying a surgical fastener including a back span and two legs extending in a distal direction from opposing ends of the back span and which have a first closed position with a first shape and a first width, and a second open position with a second shape and a second width that is larger than the first width, the deployment device comprising: a handle; an elongated shaft extending from the handle; a restraining mechanism that temporarily limits distal movement of the back span of the surgical fastener; a spreader; and an anvil characterised in that the spreader is configured to engage an interior surface of the legs of the surgical fastener in the first closed position when distal movement of the back span of the surgical fastener has been temporarily limited by the restraining mechanism, wherein moving the spreader in a distal direction relative to the back span applies a distally directed force to the legs which spreads the legs of the surgical fastener from the first closed position towards the second open position; and in that the anvil is configured to engage the legs that have been spread towards the second open position by the spreader, and wherein the anvil is configured to further deform the legs into said second open position when movement of the back span is no longer limited by the restraining mechanism and the fastener is deployed in a distal direction. a handle; an elongated shaft extending from the handle; a restraining mechanism that temporarily limits distal movement of the back span of the surgical fastener; a spreader; and an anvil characterised in that the spreader is configured to engage an interior surface of the legs of the surgical fastener in the first closed position when distal movement of the back span of the surgical fastener has been temporarily limited by the restraining mechanism, wherein moving the spreader in a distal direction relative to the back span applies a distally directed force to the legs which spreads the legs of the surgical fastener from the first closed position towards the second open position; and in that the anvil is configured to engage the legs that have been spread towards the second open position by the spreader, and wherein the anvil is configured to further deform the legs into said second open position when movement of the back span is no longer limited by the restraining mechanism and the fastener is deployed in a distal direction.
A medical device detectable by magnetic resonance imaging, said device comprising an envelope polymer that is modified by compounding it with at least one chemical compound having one or more chemically active free functional groups to provide a surface coating covalently bonded to the free functional groups of the modified envelope polymer, wherein paramagnetic ions are encompassed by the coating, wherein the chemical compound is a solid or liquid polycarboxylic acid, polyamine or polyethyleneimine.
A device comprising: a substrate; and an array of electromagnetic scattering elements (120, 305, 535) on the substrate, wherein the electromagnetic scattering elements (120, 305, 535) lack 4-fold rotational symmetry, thereby enabling a polarization dependent scattering response of the array, and have a higher refractive index than the substrate; and wherein each electromagnetic scattering element (120, 305, 535) has a respective rotational orientation characterised in that the respective rotational orientations of the electromagnetic scattering elements (120, 305, 535) are arranged such that some of the electromagnetic scattering elements (120, 305, 535) have rotational orientations different from the rotational orientations of others of the electromagnetic scattering elements (120, 305, 535), the respective rotational orientations of the electromagnetic scattering elements selected such that the array exhibits a desired polarization dependent scattering response. a substrate; and an array of electromagnetic scattering elements (120, 305, 535) on the substrate, wherein the electromagnetic scattering elements (120, 305, 535) lack 4-fold rotational symmetry, thereby enabling a polarization dependent scattering response of the array, and have a higher refractive index than the substrate; and wherein each electromagnetic scattering element (120, 305, 535) has a respective rotational orientation characterised in that the respective rotational orientations of the electromagnetic scattering elements (120, 305, 535) are arranged such that some of the electromagnetic scattering elements (120, 305, 535) have rotational orientations different from the rotational orientations of others of the electromagnetic scattering elements (120, 305, 535), the respective rotational orientations of the electromagnetic scattering elements selected such that the array exhibits a desired polarization dependent scattering response.
A method of carrying out a position correction of a track with a machine having a tamping unit and, immediately preceding the tamping unit with regard to a working direction, a lifting-lining unit, having lifting- and lining drives (14, 15) for shifting the track into a target position prescribed by a track measuring system and a vibration generator, wherein the track is tamped by ballast compaction, characterized by the following features: a) in a first working pass, a section of the track is lifted into the target position by operation of the lifting-lining unit, and tamped, b) in a second working pass following the first working pass, the previously tamped section of the track is loaded during continuous forward working travel with a vertical load by means of drives connected to the lifting-lining unit and, with operation of a vibration generator, is set continuously in vibrations. a) in a first working pass, a section of the track is lifted into the target position by operation of the lifting-lining unit, and tamped, b) in a second working pass following the first working pass, the previously tamped section of the track is loaded during continuous forward working travel with a vertical load by means of drives connected to the lifting-lining unit and, with operation of a vibration generator, is set continuously in vibrations.
Intrauterine device comprising a body generally configured in a T-shape having two flexible arms (4, 5) extending from an end of a stem, at least one outer layer of a portion of the arms (4, 5) being provided with a material comprising at least silicone and a copper powder, characterised in that the material comprises between 30 % and 60 % by weight of silicone and of pure copper powder.
Device for cutting and grinding with a drive unit, with a drive spindle having an axis, and with clamping means (16, 24) for clamping a grinding, roughing or cutting disk onto the drive spindle, whereby the clamping means (16, 24) comprise clamping surfaces (30, 32) and a central fixing hole, with which they sit on the drive spindle, whereby the fixing hole has, on the side of the clamping surfaces (30, 32), a collar with a cylindrical periphery, on which the grinding, roughing or cutting disk sits with a hub bore hole, and whereby vibration-damping means in form of a coating of elastic material are provided on the clamping means (16, 24) between the grinding, roughing or cutting disk and the clamping means (16, 24), characterized in that the coating of elastic material is raised around the cylindrical periphery of the collar.
An information processing device comprising: an interface that is configured to communicate with an electronic device; and circuitry configured to receive description information regarding the electronic device and an another electronic device, and send an associated operation program that was identified by the circuitry based on the received description information to the electronic device, wherein the associated operation program configures the electronic device to realize an association operation between the electronic device and the another electronic device, characterized in that the description information includes an image of the another electronic device, and the circuitry is configured to determine an identification of the another electronic device based on the image. an interface that is configured to communicate with an electronic device; and circuitry configured to receive description information regarding the electronic device and an another electronic device, and send an associated operation program that was identified by the circuitry based on the received description information to the electronic device, wherein the associated operation program configures the electronic device to realize an association operation between the electronic device and the another electronic device, characterized in that the description information includes an image of the another electronic device, and the circuitry is configured to determine an identification of the another electronic device based on the image.
A method performed by a user equipment, comprising: logging information associated with at least one of a handover failure or a radio link failure, the information comprising an indication that the user equipment was engaged in an exchange of at least one of data traffic or control traffic with a network at a time that the handover failure or radio link failure occurred; storing the information in a non-transitory computer-readable medium; and reporting the information to the network, characterized in that the reported information includes information on a type of traffic that was being exchanged when the failure occurred and/or information identifying a signal transmission format being used at the time that the handover failure or radio link failure occurred, wherein the signal transmission format comprises at least one of: a modulation and coding scheme; antenna port information; and coordinated multipoint transmission usage. logging information associated with at least one of a handover failure or a radio link failure, the information comprising an indication that the user equipment was engaged in an exchange of at least one of data traffic or control traffic with a network at a time that the handover failure or radio link failure occurred; storing the information in a non-transitory computer-readable medium; and reporting the information to the network, characterized in that the reported information includes information on a type of traffic that was being exchanged when the failure occurred and/or information identifying a signal transmission format being used at the time that the handover failure or radio link failure occurred, wherein the signal transmission format comprises at least one of: a modulation and coding scheme; antenna port information; and coordinated multipoint transmission usage.
A machine tool comprising: a tool post provided with a tool for machining a workpiece; a rotating unit including a spindle provided with a chucking unit for releasably chucking the workpiece which is subjectable to machining by the tool mounted on the tool post; a supporting unit which rotatably supports the spindle around an axis of the spindle; and a fluid supplying unit removably mounted on the supporting unit to supply fluid to the chucking unit via the spindle; wherein, the fluid supplying unit has an insert to be received in the rotating unit in the direction of the axis of the spindle, and wherein the rotating unit has an inner circumferential surface (U1i) opposite an outer circumferential surface (P1o) of the insert received in the rotating unit; wherein a labyrinth clearance is formed between the outer circumferential surface (P1o) of the insert and the inner circumferential surface (U1i) of the rotating unit in a state that the fluid supplying unit is mounted on the supporting unit, the labyrinth clearance allowing rotation of the rotating unit and restricting leakage of the supplied fluid from inside the spindle when the rotating unit is rotated, and at a time that the fluid supplying unit is mounted on the supporting unit from a state that the fluid supplying unit is separated from the supporting unit, the labyrinth clearance is formed by bringing a stop member provided on the outer circumference of the fluid supplying unit into contacting the supporting unit. a tool post provided with a tool for machining a workpiece; a rotating unit including a spindle provided with a chucking unit for releasably chucking the workpiece which is subjectable to machining by the tool mounted on the tool post; a supporting unit which rotatably supports the spindle around an axis of the spindle; and a fluid supplying unit removably mounted on the supporting unit to supply fluid to the chucking unit via the spindle; wherein, the fluid supplying unit has an insert to be received in the rotating unit in the direction of the axis of the spindle, and wherein the rotating unit has an inner circumferential surface (U1i) opposite an outer circumferential surface (P1o) of the insert received in the rotating unit; wherein a labyrinth clearance is formed between the outer circumferential surface (P1o) of the insert and the inner circumferential surface (U1i) of the rotating unit in a state that the fluid supplying unit is mounted on the supporting unit, the labyrinth clearance allowing rotation of the rotating unit and restricting leakage of the supplied fluid from inside the spindle when the rotating unit is rotated, and at a time that the fluid supplying unit is mounted on the supporting unit from a state that the fluid supplying unit is separated from the supporting unit, the labyrinth clearance is formed by bringing a stop member provided on the outer circumference of the fluid supplying unit into contacting the supporting unit.
A method of wireless communication at a user equipment, UE, comprising: receiving an indication of at least one parameter in a System Information Block, SIB, from a base station, wherein the indication comprises random access response, RAR, parameters for an unassigned Modulation and Coding Scheme, MCS, index; transmitting a random access request to the base station; receiving a MCS index in a RAR from the base station, wherein the MCS index received in the RAR corresponds to the unassigned MCS index; and transmitting a connection request message to the base station based on the MCS index and the RAR parameters received in the SIB. receiving an indication of at least one parameter in a System Information Block, SIB, from a base station, wherein the indication comprises random access response, RAR, parameters for an unassigned Modulation and Coding Scheme, MCS, index; transmitting a random access request to the base station; receiving a MCS index in a RAR from the base station, wherein the MCS index received in the RAR corresponds to the unassigned MCS index; and transmitting a connection request message to the base station based on the MCS index and the RAR parameters received in the SIB.