mhurhangee/ep-ind-claims huggingface dataset:
A tyrosine kinase inhibitor for use in a method for preventing or treating a bacterial infection or a viral infection comprising administering a therapeutically effective amount of said tyrosine kinase inhibitor to a subject in need thereof, wherein said tyrosine kinase inhibitor is a pyrido[2,3-d]pyrimidine having the formula: wherein R is any one of the following groups: or a pharmaceutically acceptable salt, enantiomer, ester or amide thereof, wherein said bacterial infection is caused by Escherichia coli, Mycobacterium tuberculosis or Citrobacter rodentium and wherein said viral infection is caused by a polyoma virus, a member of the Poxviridae virus family, or a member of the Filoviridae virus family.
Fuel cell system, comprising - a carrier substrate, - at least one fuel cell (3a, 3b) which is mounted on the carrier substrate and has a tubular carrier body and at least one electrode-electrolyte unit which comprises two electrodes (4a, 4b) and an electrolyte arranged therebetween, wherein one of the electrodes (4a, 4b) forms the cathode and the other electrode (4a, 4b) forms the anode, - a plurality of electrically insulating insulation elements (5, 6) mounted on the carrier substrate, and - at least one metallic contact element (7, 8) mounted on at least one of the insulation elements (5, 6) and intended for electrically contacting at least one of the electrodes (4a, 4b). - a carrier substrate, - at least one fuel cell (3a, 3b) which is mounted on the carrier substrate and has a tubular carrier body and at least one electrode-electrolyte unit which comprises two electrodes (4a, 4b) and an electrolyte arranged therebetween, wherein one of the electrodes (4a, 4b) forms the cathode and the other electrode (4a, 4b) forms the anode, - a plurality of electrically insulating insulation elements (5, 6) mounted on the carrier substrate, and - at least one metallic contact element (7, 8) mounted on at least one of the insulation elements (5, 6) and intended for electrically contacting at least one of the electrodes (4a, 4b).
A method comprising: determining, for each reachable source-destination, node pair, a maximal number of optical channel, OCh, paths available for source-destination node pair connections; determining, if a preselected latency threshold is specified, for all available OCh paths a maximal number of paths satisfying the preselected latency threshold; and reporting the available OCh paths to a service coordinator, wherein determining, for each reachable source-destination node pair, a maximal number of OCh paths available for source-destination connections comprises: determining, for all wavelengths of a preselected set of optical wavelengths for optical multiplex section, OMS, links, whether a wavelength of the set of preselected optical wavelengths is available for a source-destination node pair connection; and including an OMS link in a lambda plane for the wavelength when the wavelength is available, wherein the lambda plane is defined as a confined optical topology with respect to a given, optical wavelength value. determining, for each reachable source-destination, node pair, a maximal number of optical channel, OCh, paths available for source-destination node pair connections; determining, if a preselected latency threshold is specified, for all available OCh paths a maximal number of paths satisfying the preselected latency threshold; and reporting the available OCh paths to a service coordinator, wherein determining, for each reachable source-destination node pair, a maximal number of OCh paths available for source-destination connections comprises: determining, for all wavelengths of a preselected set of optical wavelengths for optical multiplex section, OMS, links, whether a wavelength of the set of preselected optical wavelengths is available for a source-destination node pair connection; and including an OMS link in a lambda plane for the wavelength when the wavelength is available, wherein the lambda plane is defined as a confined optical topology with respect to a given, optical wavelength value. determining, for all wavelengths of a preselected set of optical wavelengths for optical multiplex section, OMS, links, whether a wavelength of the set of preselected optical wavelengths is available for a source-destination node pair connection; and including an OMS link in a lambda plane for the wavelength when the wavelength is available, wherein the lambda plane is defined as a confined optical topology with respect to a given, optical wavelength value.
An audio amplifier for amplifying an audio signal, the audio amplifier comprising a first amplifier, a second amplifier, and a selector control, wherein the first amplifier and the second amplifier are different types of amplifier to one another, and wherein the selector control is configured to select which one of the first amplifier and the second amplifier is used to amplify the audio signal, characterised in that the selection is based upon an indicator signal received at the selector control that specifies a type of audio carried by the audio signal, wherein the selector control is configured to select the first amplifier for amplifying the audio signal when the indicator signal specifies that the type of the audio is voice audio, and wherein the selector control is configured to select the second amplifier for amplifying the audio signal when the indicator signal specifies that the type of the audio is alarm audio.
A fluororubber composition, comprising: a fluororubber including - 48-88 mol-% of structural units derived from vinylidene fluoride (VdF), - 0-10 mol-% of structural units derived from tetrafluoroethylene to the total amount 100 mol-% of structural units derived from all monomer components; and - at least one of structural units derived from bis-olefins and structural units derived from compounds of the formula CY 1 2 =CY 2 Rf 1 X 1, wherein Y 1 and Y 2 each independently are F, H, or -CH 3; Rf 1 is a partly or fully fluorinated linear or branched alkylene group which may have one or more ether oxygen atoms; and X 1 is I or Br; and a carbon black having a nitrogen adsorption specific surface area (N 2 SA) of at least 10 m 2 /g. a fluororubber including - 48-88 mol-% of structural units derived from vinylidene fluoride (VdF), - 0-10 mol-% of structural units derived from tetrafluoroethylene to the total amount 100 mol-% of structural units derived from all monomer components; and - at least one of structural units derived from bis-olefins and structural units derived from compounds of the formula CY 1 2 =CY 2 Rf 1 X 1, wherein Y 1 and Y 2 each independently are F, H, or -CH 3; Rf 1 is a partly or fully fluorinated linear or branched alkylene group which may have one or more ether oxygen atoms; and X 1 is I or Br; and - 48-88 mol-% of structural units derived from vinylidene fluoride (VdF), - 0-10 mol-% of structural units derived from tetrafluoroethylene to the total amount 100 mol-% of structural units derived from all monomer components; and - at least one of structural units derived from bis-olefins and structural units derived from compounds of the formula CY 1 2 =CY 2 Rf 1 X 1, wherein Y 1 and Y 2 each independently are F, H, or -CH 3; Rf 1 is a partly or fully fluorinated linear or branched alkylene group which may have one or more ether oxygen atoms; and X 1 is I or Br; and a carbon black having a nitrogen adsorption specific surface area (N 2 SA) of at least 10 m 2 /g.
Medicament delivery device comprising: - a generally tubular distal housing part; - a generally tubular proximal housing part releasibly connected to said distal housing part; - a medicament container having opposite proximal and distal ends and a slidable stopper, wherein the container is partially and slidably arranged within the proximal housing part; - a plunger rod having opposite proximal and distal ends and being arranged within said distal housing, wherein the proximal end of the plunger rod is abutting the stopper of the container; - drive means arranged within said distal housing and being operably connected to said plunger rod for driving said plunger rod and thereby said stopper towards the proximal end of the device; the device further comprises a priming device having a distal end comprising tune engagement means arranged to cooperate with corresponding tune engagement means arranged at the proximal housing, an end wall abutting the proximal end of the container, a passage arranged on said end wall, and a proximal end comprising delivery member engagement means arranged to cooperate with corresponding delivery member engagement means arranged on a delivery member; wherein the priming device is arranged and designed such that a tune distal displacement of the priming device in relation to the proximal housing part causes a distal displacement of the container in relation to the plunger rod, whereby the plunger rod force the stopper to be proximally displaced and thereby a priming of the container is performed; characterised in that said device further comprises at least one priming locking means being releasebly connected to both said priming device and said proximal housing part for locking said priming device to said proximal housing part. - a generally tubular distal housing part; - a generally tubular proximal housing part releasibly connected to said distal housing part; - a medicament container having opposite proximal and distal ends and a slidable stopper, wherein the container is partially and slidably arranged within the proximal housing part; - a plunger rod having opposite proximal and distal ends and being arranged within said distal housing, wherein the proximal end of the plunger rod is abutting the stopper of the container; - drive means arranged within said distal housing and being operably connected to said plunger rod for driving said plunger rod and thereby said stopper towards the proximal end of the device;
A mobile station for use in a wireless network, the mobile station comprising: a transmitter configured to transmit capability information (301, 303) of the mobile station that includes an indication of channel bandwidth supported by the mobile station; characterized by a receiver configured to receive allowed power setting information (401, 403) from another mobile station (PM, MP102) associated with the wireless network, wherein the allowed power setting information (401, 403) includes a maximum transmit power and an indication of channel frequency and bandwidth; and a processor configured to determine a power level of the mobile station based on the allowed power setting information (401, 403) received from the other mobile station (PM, MP102). a transmitter configured to transmit capability information (301, 303) of the mobile station that includes an indication of channel bandwidth supported by the mobile station; characterized by a receiver configured to receive allowed power setting information (401, 403) from another mobile station (PM, MP102) associated with the wireless network, wherein the allowed power setting information (401, 403) includes a maximum transmit power and an indication of channel frequency and bandwidth; and a processor configured to determine a power level of the mobile station based on the allowed power setting information (401, 403) received from the other mobile station (PM, MP102).
An antenna adjusting apparatus used for adjusting an attitude of an antenna having directionality and being capable of changing an attitude thereof to be changed by a plurality of axes, the antenna adjusting apparatus comprising: a plurality of sensors (10, 11, 12, 13) configured to be capable of acquiring a direction of gravitational force, a true north direction, and GPS coordinates in order to acquire information relating to an attitude in a three-dimensional space; a movable axis acquiring unit configured to acquire a plurality of adjusting vectors corresponding to the plurality of axes respectively and detect an orientation of each axis around which the antenna is rotatable by acquiring a change in output of the sensor for each of the axes when the antenna mounted with the sensor is rotated around each of the axes while the other axis of the plurality of axes is fixed; a first direction acquiring unit configured to acquire a first direction corresponding to a directional axis of the antenna, based on information output by the sensor, wherein the output of the sensor is a gravitational vector; a second direction acquiring unit configured to acquire a second direction, which is a direction with which the directional axis of the antenna is to be aligned; and a calculating unit configured to calculate, for each of the axes, a correction angle, which is an angle by which the antenna is to be rotated in order to make the first direction and the second direction coincide with each other, using the plurality of vectors, wherein the first direction and the second direction are expressed by an Earth-based coordinate system. a plurality of sensors (10, 11, 12, 13) configured to be capable of acquiring a direction of gravitational force, a true north direction, and GPS coordinates in order to acquire information relating to an attitude in a three-dimensional space; a movable axis acquiring unit configured to acquire a plurality of adjusting vectors corresponding to the plurality of axes respectively and detect an orientation of each axis around which the antenna is rotatable by acquiring a change in output of the sensor for each of the axes when the antenna mounted with the sensor is rotated around each of the axes while the other axis of the plurality of axes is fixed; a first direction acquiring unit configured to acquire a first direction corresponding to a directional axis of the antenna, based on information output by the sensor, wherein the output of the sensor is a gravitational vector; a second direction acquiring unit configured to acquire a second direction, which is a direction with which the directional axis of the antenna is to be aligned; and a calculating unit configured to calculate, for each of the axes, a correction angle, which is an angle by which the antenna is to be rotated in order to make the first direction and the second direction coincide with each other, using the plurality of vectors, wherein the first direction and the second direction are expressed by an Earth-based coordinate system.
A centrifugal compressor, comprising: a housing; an impeller rotatably disposed within the housing; a rotational shaft connected to the impeller; and a bearing member supporting the rotational shaft in the housing, wherein an oil flow passage through which oil flows is formed in the housing, wherein the oil flow passage includes a lubricating oil passage through which the oil flows as lubricating oil to be supplied to the bearing member, and a cooling oil passage through which the oil flows as cooling oil for heat exchange with a fluid compressed by the impeller, wherein the cooling oil passage is configured so that the oil flows into the cooling oil passage as the cooling oil without passing through the bearing member, and wherein all of the cooling oil having flowed through the cooling oil passage flows into the lubricating oil passage as the lubricating oil, wherein the housing has a scroll passage which is positioned on the discharge side of the impeller; and characterized in that the cooling oil passage is formed so as to surround the impeller on the circumferential inner side of the scroll passage. a housing; an impeller rotatably disposed within the housing; a rotational shaft connected to the impeller; and a bearing member supporting the rotational shaft in the housing, wherein an oil flow passage through which oil flows is formed in the housing, wherein the oil flow passage includes a lubricating oil passage through which the oil flows as lubricating oil to be supplied to the bearing member, and a cooling oil passage through which the oil flows as cooling oil for heat exchange with a fluid compressed by the impeller, wherein the cooling oil passage is configured so that the oil flows into the cooling oil passage as the cooling oil without passing through the bearing member, and wherein all of the cooling oil having flowed through the cooling oil passage flows into the lubricating oil passage as the lubricating oil, wherein the housing has a scroll passage which is positioned on the discharge side of the impeller; and characterized in that the cooling oil passage is formed so as to surround the impeller on the circumferential inner side of the scroll passage.
A radio communication device configured to perform repeated transmission and reception depending on a reception power level of a radio signal transmitted by a radio base station, comprising: a receiving unit that is configured to receive a physical downlink control channel transmitted repeatedly several times; a bundling unit that is configured to bundle the physical downlink control channel transmitted several times; and characterized by further comprising a discontinuous reception controlling unit that is configured to detect whether it is necessary to start a timer for managing an active state in a discontinuous reception control based on the bundled physical downlink control channel, and upon detecting that it is not necessary to start the timer, is further configured to shift to an inactive state without starting the timer and is further configured to stop the timer if it has already been started. a receiving unit that is configured to receive a physical downlink control channel transmitted repeatedly several times; a bundling unit that is configured to bundle the physical downlink control channel transmitted several times; and characterized by further comprising a discontinuous reception controlling unit that is configured to detect whether it is necessary to start a timer for managing an active state in a discontinuous reception control based on the bundled physical downlink control channel, and upon detecting that it is not necessary to start the timer, is further configured to shift to an inactive state without starting the timer and is further configured to stop the timer if it has already been started.
A needle instrument for an eye-bag relocating operation, which is used to fix an eye bag relocated at a lower position in a lacrimal groove during the eye-bag relocating operation and has an arc shape, the needle instrument comprising: a body unit having a rectangular cross-section, and suitable to be grabbed by a needle holder during the operation, the body including a first end and a second end; characterized by: a needle unit having one needle side and the other needle side on both sides of the body unit to be tapered, and comprising round tips, wherein one needle side is formed to be duller than the other needle side; and a thread pressing and coupling unit provided on one end of the body unit, and formed at a position that corresponds to 1/5 to 1/6 of an entire length from an end of the needle instrument and is spaced apart from the end of the body unit by 0.5 to 1 mm, wherein, a through hole is formed through the thread pressing and coupling unit and configured to be connected to a thread, and both sides of the body unit are configured to be pressed by a press machine to attach the thread thereto. a needle unit having one needle side and the other needle side on both sides of the body unit to be tapered, and comprising round tips, wherein one needle side is formed to be duller than the other needle side; and a thread pressing and coupling unit provided on one end of the body unit, and formed at a position that corresponds to 1/5 to 1/6 of an entire length from an end of the needle instrument and is spaced apart from the end of the body unit by 0.5 to 1 mm, wherein, a through hole is formed through the thread pressing and coupling unit and configured to be connected to a thread, and both sides of the body unit are configured to be pressed by a press machine to attach the thread thereto.
A high pressure turbine comprising: a stator; a rotor located downstream of the stator; a tangential on-board injector for directing cooling air to the rotor; and a heat shield; characterised by: the heat shield being retained by abutment with the stator and the tangential on-board injector; and in that the heat shield includes an anti-rotation flange that abuts the tangential on-board injector and provides circumferential constraint for the heat shield. a stator; a rotor located downstream of the stator; a tangential on-board injector for directing cooling air to the rotor; and a heat shield; the heat shield being retained by abutment with the stator and the tangential on-board injector; and in that the heat shield includes an anti-rotation flange that abuts the tangential on-board injector and provides circumferential constraint for the heat shield.
An apparatus to provide kernel mode access to a secure enclave comprising: means to: provide user mode support for a kernel mode application prior to an operating system being loaded on a computing device, and to initialize a secure enclave on a storage component of the computing device on behalf of the kernel mode application prior to the operating system being loaded; means to switch to a user mode, prior to the operating system being loaded; and means to process, in said user mode, an instruction from the kernel mode application prior to the operating system being loaded, the instruction including processing confidential information in the secure enclave to initialize or provide interface functionality to at least a portion of the computing device. means to: provide user mode support for a kernel mode application prior to an operating system being loaded on a computing device, and to initialize a secure enclave on a storage component of the computing device on behalf of the kernel mode application prior to the operating system being loaded; means to switch to a user mode, prior to the operating system being loaded; and means to process, in said user mode, an instruction from the kernel mode application prior to the operating system being loaded, the instruction including processing confidential information in the secure enclave to initialize or provide interface functionality to at least a portion of the computing device.