mhurhangee/ep-ind-claims huggingface dataset:
A dsRNA for use in a method of treating glioblastoma multiforme wherein said dsRNA is a first dsRNA that comprises at least two sequences that are complementary to each other and wherein a sense strand comprises a first sequence and an antisense strand comprises a second sequence comprising a region of complementarity which is complementary to at least a part of an mRNA encoding a deltaEGFR, and wherein said region of complementarity is less than 30 nucleotides in length; and wherein further a second dsRNA comprising at least two sequences that are complementary to each other is to be administered, wherein a sense strand comprises a first sequence and an antisense strand of said second dsRNA comprises a second sequence comprising a region of complementarity which is complementary to at least a part of an mRNA encoding an IL6, and wherein said region of complementarity is less than 30 nucleotides in length.
A film, comprising: a) a partially-neutralized, cross-linked poly(acrylic) acid polymer; and b) a hydrophilic thermoplastic polyurethane; wherein, upon mixing, (a) and (b) form an interpenetrating network resulting in a homogenous film. a) a partially-neutralized, cross-linked poly(acrylic) acid polymer; and b) a hydrophilic thermoplastic polyurethane;
An information processing device comprising a processor configured to achieve a function of collecting information indicating visual target positions of viewers from a plurality of viewpoints existing in a space, wherein the visual target positions of the viewers are estimated by estimating positions of the plurality of viewpoints and estimating gaze directions from the plurality of viewpoints, a function of evaluating positions (P1, P2; 220) in the space in accordance with a density of the visual target positions, a function of acquiring image data that is obtained by imaging an inside of the space, a function of editing the image data on the basis of a result of evaluating the positions (P1, P2; 220) in the space, and a function of generating, based on the edited image data, point cloud data as free-viewpoint image data for providing a free-viewpoint image such that the point cloud data is generated with regard to the positions in space whose density of visual target positions exceeds a threshold. a processor configured to achieve a function of collecting information indicating visual target positions of viewers from a plurality of viewpoints existing in a space, wherein the visual target positions of the viewers are estimated by estimating positions of the plurality of viewpoints and estimating gaze directions from the plurality of viewpoints, a function of evaluating positions (P1, P2; 220) in the space in accordance with a density of the visual target positions, a function of acquiring image data that is obtained by imaging an inside of the space, a function of editing the image data on the basis of a result of evaluating the positions (P1, P2; 220) in the space, and a function of generating, based on the edited image data, point cloud data as free-viewpoint image data for providing a free-viewpoint image such that the point cloud data is generated with regard to the positions in space whose density of visual target positions exceeds a threshold.
Method for distorting the frequency of an input signal (E k) that is present as an audio signal, - in which the input signal (E k is divided into a low-frequency signal component and a high-frequency signal component, wherein these two signal components (LF, HF) adjoin one another at a cut-off frequency (f g), - in which the high-frequency signal component is frequency-distorted, and - in which the low-frequency signal component and the frequency-distorted high-frequency signal component are overlaid to form an output signal, characterized in that an associated gain factor is modified, at least for an edge region (R H, R L), containing the cut-off frequency (f g), of the high-frequency signal component and/or of the low-frequency signal component, such that a level difference (ΔL) between a signal level (L 1) of the low-frequency signal component and a signal level (L 2) of the frequency-distorted high-frequency signal component is increased. - in which the input signal (E k is divided into a low-frequency signal component and a high-frequency signal component, wherein these two signal components (LF, HF) adjoin one another at a cut-off frequency (f g), - in which the high-frequency signal component is frequency-distorted, and - in which the low-frequency signal component and the frequency-distorted high-frequency signal component are overlaid to form an output signal,
An apparatus for controlling a low noise block comprising: an RF splitter coupled to the low noise block and splitting an incoming signal into a television signal and a communication signal; a control circuit (150, 300) coupled to the RF splitter, the control circuit comprising: a power signal input; a control signal input; an output; and an enable signal input coupled to a field effect transistor, the field effect transistor being arranged to control the impedance level at the output; and an inductor connected between the power signal input and a first node, and a first capacitor connected between the first node and ground, the inductor and the first capacitor acting as a low pass filter for a power signal incoming on the power signal input; wherein the RF splitter is coupled to the control circuit (150, 300) at the output of the control circuit; characterised in that the control circuit (150, 300) further comprises a second capacitor connected between the first node and a second node; and a first resistor connected between the second node and the field effect transistor; and in that to control the bi-directional nature of the control circuit the field effect transistor is connected in series between the first resistor and ground, and the body terminal of the field effect transistor is connected to the enable signal input. an RF splitter coupled to the low noise block and splitting an incoming signal into a television signal and a communication signal; a control circuit (150, 300) coupled to the RF splitter, the control circuit comprising: a power signal input; a control signal input; an output; and an enable signal input coupled to a field effect transistor, the field effect transistor being arranged to control the impedance level at the output; and a power signal input; a control signal input; an output; and an enable signal input coupled to a field effect transistor, the field effect transistor being arranged to control the impedance level at the output; and an inductor connected between the power signal input and a first node, and a first capacitor connected between the first node and ground, the inductor and the first capacitor acting as a low pass filter for a power signal incoming on the power signal input; wherein the RF splitter is coupled to the control circuit (150, 300) at the output of the control circuit; characterised in that the control circuit (150, 300) further comprises a second capacitor connected between the first node and a second node; and a first resistor connected between the second node and the field effect transistor; and in that to control the bi-directional nature of the control circuit the field effect transistor is connected in series between the first resistor and ground, and the body terminal of the field effect transistor is connected to the enable signal input.
Device for feeding at least first and second weft yarns (S1, S2) to a weaving machine comprising at least one gripper head, wherein the weft yarns (S1, S2) can be fed to the gripper head in the weft direction, wherein the device comprises: - a coupling unit which, in the installed state of the device, can be moved back and forth laterally on the weaving machine in the warp direction, and - at least one first and one second feeding unit (30, 50), wherein the first and the second feeding unit (30, 50) are arranged next to one another in the warp direction on the coupling unit and are configured to feed a first and a second weft yarn (S1, S2), respectively, to the gripper head, and a positioning unit for linearly positioning the coupling unit in and counter to the warp direction in at least one first and one second position, wherein the first feeding unit is configured to feed the first weft yarn to the gripper head in the first position of the coupling unit and the second feeding unit is configured to feed the second weft yarn to the gripper head in the second position of the coupling unit. wherein the device comprises: - a coupling unit which, in the installed state of the device, can be moved back and forth laterally on the weaving machine in the warp direction, and - at least one first and one second feeding unit (30, 50), wherein the first and the second feeding unit (30, 50) are arranged next to one another in the warp direction on the coupling unit and are configured to feed a first and a second weft yarn (S1, S2), respectively, to the gripper head, and - a coupling unit which, in the installed state of the device, can be moved back and forth laterally on the weaving machine in the warp direction, and - at least one first and one second feeding unit (30, 50), wherein the first and the second feeding unit (30, 50) are arranged next to one another in the warp direction on the coupling unit and are configured to feed a first and a second weft yarn (S1, S2), respectively, to the gripper head, and a positioning unit for linearly positioning the coupling unit in and counter to the warp direction in at least one first and one second position, wherein the first feeding unit is configured to feed the first weft yarn to the gripper head in the first position of the coupling unit and the second feeding unit is configured to feed the second weft yarn to the gripper head in the second position of the coupling unit.
A compound represented by formula (I-a), wherein R 1 represents a hydrogen atom or C1-4 alkyl group, R 4, R 5 and R 6 each independently represents a halogen atom, optionally oxidized C1-6 alkyl group, optionally protected hydroxyl group, trihalomethyl group, -SO 2 R 7 group, -SOR 7 group, or -SR 7 group, R 7 represents a C1-6 alkyl group or optionally substituted phenyl group, indicates that the substituent is attached in front of the sheet, m represents 0 or an integer from 1 to 3, n represents 0 or an integer from 1 to 4, and i represents 0 or an integer from 1 to 7, with the proviso that when m is 2 or more, R 4 may be the same or different, when n is 2 or more, R 5 may be the same or different, and when i is 2 or more, R 6 may be the same or different, a salt thereof, an N-oxide thereof or a solvate thereof.
A user equipment used in a mobile communication system, the user equipment comprising: a receiver configured to receive, from a base station included in a radio access network, RAN, comprising multiple base stations, a list of one or more cells constituting a predetermined area as information indicating the predetermined area; a controller configured to recognize, based on the list, a movement of the user equipment to the outside of the predetermined area while the user equipment is in a radio resource control, RRC, Inactive state in which Access Stratum, AS, context information of the user equipment is maintained in the RAN, wherein the RRC Inactive state is a different state from a RRC connected state and an RRC idle state; and a transmitter configured to transmit, to the RAN, a notification indicating the movement in response to recognizing the movement of the user equipment to the outside of a predetermined area. a receiver configured to receive, from a base station included in a radio access network, RAN, comprising multiple base stations, a list of one or more cells constituting a predetermined area as information indicating the predetermined area; a controller configured to recognize, based on the list, a movement of the user equipment to the outside of the predetermined area while the user equipment is in a radio resource control, RRC, Inactive state in which Access Stratum, AS, context information of the user equipment is maintained in the RAN, wherein the RRC Inactive state is a different state from a RRC connected state and an RRC idle state; and a transmitter configured to transmit, to the RAN, a notification indicating the movement in response to recognizing the movement of the user equipment to the outside of a predetermined area.
A mobile telecommunications network including: a network core, a counter configured to be reset after a given repeating time period, a base station which operates in accordance with a parameter value and is operable to record performance data during a repeating measurement period, and means for optimising the operation of the base station by sending an instruction to the base station to change the parameter value, wherein the base station further includes means (42; 62) being configured to: receive the instruction to change the parameter value, implement the instruction at the base station, by changing the parameter value in synchronisation with a reset of the counter, and record performance data relating to the changed parameter value during a repeating measurement period, such that the performance data includes an indication of the time at which the changed parameter was applied. a network core, a counter configured to be reset after a given repeating time period, a base station which operates in accordance with a parameter value and is operable to record performance data during a repeating measurement period, and means for optimising the operation of the base station by sending an instruction to the base station to change the parameter value, wherein the base station further includes means (42; 62) being configured to: receive the instruction to change the parameter value, implement the instruction at the base station, by changing the parameter value in synchronisation with a reset of the counter, and record performance data relating to the changed parameter value during a repeating measurement period, such that the performance data includes an indication of the time at which the changed parameter was applied. receive the instruction to change the parameter value, implement the instruction at the base station, by changing the parameter value in synchronisation with a reset of the counter, and record performance data relating to the changed parameter value during a repeating measurement period, such that the performance data includes an indication of the time at which the changed parameter was applied.
An illumination device for a vehicle, and in particular for a motor vehicle, comprising at least one light source and at least one light guide system associated with the at least one light source for guiding the light emitted by the at least one light source and coupled into the light guide system, one or more outcoupling points being provided in the light guide system for outcoupling at least a portion of the incoupled light, and a deflection unit being associated with the one or the more outcoupling points of the light guide system for deflecting the incoupled light, the deflection unit deflecting the light incoupled in a main light input direction by reflection on at least one reflection surface (101, 102) of the deflection unit in at least one main light deflection direction (L2, L2'), the deflection unit comprising at least one structure deflecting light forwardly, which is to say in a direction of a light outcoupling direction, characterized in that the at least one light deflecting structure is formed of a surface comprising at least one, and preferably two or more longitudinal grooves, the surface being a rear delimiting surface, facing away from the at least one light outcoupling region, of the at least one light guide in the region of the deflection unit, an imaginary surface area enveloping the grooves being curved forwardly, in the direction of the at least one light outcoupling point.
An information processing device comprising: a memory; an operating system that acquires location information of data stored in the memory; a BIOS that performs power control to cause the memory to transition to a power saving state with reference to the location information acquired by the OS, and a nonvolatile storage medium; wherein the BIOS includes: a recording control unit that records hold data, being data to be retained in the power saving state, into the nonvolatile storage medium by using the location information acquired by the OS, and a memory state control unit that stops power supply to the memory and causes the memory to transition to the power saving state, and a location change unit that, prior to recording, concentrates the hold data on a reduced number of areas of the memory with reference to the location information acquired by the OS; and wherein the recording control unit performs control to record the hold data concentrated on the reduced number of areas of the memory by the location change unit into the nonvolatile storage medium. a memory; an operating system that acquires location information of data stored in the memory; a BIOS that performs power control to cause the memory to transition to a power saving state with reference to the location information acquired by the OS, and a nonvolatile storage medium; wherein the BIOS includes: a recording control unit that records hold data, being data to be retained in the power saving state, into the nonvolatile storage medium by using the location information acquired by the OS, and a memory state control unit that stops power supply to the memory and causes the memory to transition to the power saving state, and a location change unit that, prior to recording, concentrates the hold data on a reduced number of areas of the memory with reference to the location information acquired by the OS; and wherein the recording control unit performs control to record the hold data concentrated on the reduced number of areas of the memory by the location change unit into the nonvolatile storage medium. a recording control unit that records hold data, being data to be retained in the power saving state, into the nonvolatile storage medium by using the location information acquired by the OS, and a memory state control unit that stops power supply to the memory and causes the memory to transition to the power saving state, and a location change unit that, prior to recording, concentrates the hold data on a reduced number of areas of the memory with reference to the location information acquired by the OS; and wherein the recording control unit performs control to record the hold data concentrated on the reduced number of areas of the memory by the location change unit into the nonvolatile storage medium.
A method comprising: determining, at a host apparatus, a network address family preference policy signaled by an access point for a first network interface, wherein the network address family preference policy indicates a level of preference for a first network address family, wherein the first network address family is by default preferred over a second network address family; and selecting an interface from the first network interface and a second network interface for network traffic of the host apparatus based at least in part on the signaled preference policy, the first and second network interfaces being interfaces for, respectively, first and second networks, wherein the network address family preference policy comprises a level of preference indicating whether or not the default preference for the first network address family overrides a default preference for one of the first and second network interfaces. determining, at a host apparatus, a network address family preference policy signaled by an access point for a first network interface, wherein the network address family preference policy indicates a level of preference for a first network address family, wherein the first network address family is by default preferred over a second network address family; and selecting an interface from the first network interface and a second network interface for network traffic of the host apparatus based at least in part on the signaled preference policy, the first and second network interfaces being interfaces for, respectively, first and second networks, wherein the network address family preference policy comprises a level of preference indicating whether or not the default preference for the first network address family overrides a default preference for one of the first and second network interfaces.
A magnetic field generator comprising: a drive circuit comprising a MOSFET gate driver having an output terminal; a tank circuit comprising: a first terminal and a second terminal; a tank circuit capacitor having a first terminal and a second terminal; a magnetic field-producing coil (22") having a first terminal and a second terminal, wherein the first terminal of the tank circuit capacitor and the first terminal of the magnetic field-producing coil comprise the first terminal of the tank circuit, wherein the second terminal of the tank circuit capacitor and the second terminal of the coil comprise the second terminal of the tank circuit; and a drive capacitor having a first terminal and a second terminal wherein the second terminal of the drive capacitor is in electrical communication with the first terminal of the tank circuit, characterized in that the first terminal of the drive capacitor is in electrical communication with the output terminal of the MOSFET gate driver such that the output of the MOSFET gate driver drives the drive capacitor. a drive circuit comprising a MOSFET gate driver having an output terminal; a tank circuit comprising: a first terminal and a second terminal; a tank circuit capacitor having a first terminal and a second terminal; a magnetic field-producing coil (22") having a first terminal and a second terminal, wherein the first terminal of the tank circuit capacitor and the first terminal of the magnetic field-producing coil comprise the first terminal of the tank circuit, wherein the second terminal of the tank circuit capacitor and the second terminal of the coil comprise the second terminal of the tank circuit; and a first terminal and a second terminal; a tank circuit capacitor having a first terminal and a second terminal; a magnetic field-producing coil (22") having a first terminal and a second terminal, wherein the first terminal of the tank circuit capacitor and the first terminal of the magnetic field-producing coil comprise the first terminal of the tank circuit, wherein the second terminal of the tank circuit capacitor and the second terminal of the coil comprise the second terminal of the tank circuit; and wherein the first terminal of the tank circuit capacitor and the first terminal of the magnetic field-producing coil comprise the first terminal of the tank circuit, wherein the second terminal of the tank circuit capacitor and the second terminal of the coil comprise the second terminal of the tank circuit; and a drive capacitor having a first terminal and a second terminal wherein the second terminal of the drive capacitor is in electrical communication with the first terminal of the tank circuit, characterized in that the first terminal of the drive capacitor is in electrical communication with the output terminal of the MOSFET gate driver such that the output of the MOSFET gate driver drives the drive capacitor.