mhurhangee/ep-ind-claims huggingface dataset:
An assembly of a handpiece and an interventional instrument having an interventional accessory extending along the length of the interventional instrument, the interventional instrument comprising a first transmission line connected with an accessory winding which extends along the length of the interventional accessory, an axial position of the accessory winding being selectively positionable by sliding the interventional accessory axially relative to a first interventional instrument winding of the interventional instrument; the handpiece comprising: an insulating support which supports a portion of the interventional accessory which carries a second transmission line (50,112) in, but spaced from, an internal bore; a handpiece winding (64,118) disposed along the bore which handpiece winding interacts with the second transmission line to form an inductive coupling to the transmission line; whereby the second transmission line is connected with a second interventional instrument winding which extends along the length of the interventional instrument, an axial position of the second interventional instrument winding being selectively positionable by sliding the interventional instrument axially relative to the handpiece winding of handpiece; and the first interventional instrument winding is connected with the second transmission line, which extends the length of the interventional instrument, to the second interventional instrument winding. an insulating support which supports a portion of the interventional accessory which carries a second transmission line (50,112) in, but spaced from, an internal bore; a handpiece winding (64,118) disposed along the bore which handpiece winding interacts with the second transmission line to form an inductive coupling to the transmission line; whereby the second transmission line is connected with a second interventional instrument winding which extends along the length of the interventional instrument, an axial position of the second interventional instrument winding being selectively positionable by sliding the interventional instrument axially relative to the handpiece winding of handpiece; and the first interventional instrument winding is connected with the second transmission line, which extends the length of the interventional instrument, to the second interventional instrument winding.
A gas turbine comprising: a compressor module, including: a lower pressure compressor section including a plurality of stages (142,144,146), with at least one of said plurality of stages (142,144,146) being an integrally bladed rotor; and a higher pressure compressor section, including a plurality of stages (151,152,153,154,155,156) with at least one of said plurality of stages being an integrally bladed rotor; and a fan drive turbine shaft driving a fan rotor through a gear reduction, said fan rotor delivering a portion of air into a bypass duct, and a portion of air into said compressor module, and a bypass ratio defined by the volume of air delivered into the bypass duct compared to the volume of air delivered into the compressor module being greater than or equal to about 6.0; characterised in that: each of said plurality of stages (142,144,146) in said lower pressure compressor section are integrally bladed rotors, at least one stage in said higher pressure compressor section is provided by a compressor hub having removable blades and downstream of said at least one integrally bladed rotor in said higher pressure compressor section, wherein a final compressor stage in said higher pressure compressor section is said one of said compressor stages with said removable blades. a lower pressure compressor section including a plurality of stages (142,144,146), with at least one of said plurality of stages (142,144,146) being an integrally bladed rotor; and a higher pressure compressor section, including a plurality of stages (151,152,153,154,155,156) with at least one of said plurality of stages being an integrally bladed rotor; and a fan drive turbine shaft driving a fan rotor through a gear reduction, said fan rotor delivering a portion of air into a bypass duct, and a portion of air into said compressor module, and a bypass ratio defined by the volume of air delivered into the bypass duct compared to the volume of air delivered into the compressor module being greater than or equal to about 6.0; characterised in that: each of said plurality of stages (142,144,146) in said lower pressure compressor section are integrally bladed rotors, at least one stage in said higher pressure compressor section is provided by a compressor hub having removable blades and downstream of said at least one integrally bladed rotor in said higher pressure compressor section, wherein a final compressor stage in said higher pressure compressor section is said one of said compressor stages with said removable blades.
A pharmaceutical aerosol solution composition intended for use in a pressurised metered dose inhaler comprising: (a) glycopyrronium bromide at a dosage in the range of from 5 to 26 μg per actuation; (b) formoterol, or a salt thereof or a solvate of said salt, at a dosage in the range of from 1 to 25 μg per actuation; (c) a HFA propellant; (d) a co-solvent; (e) a stabilising amount of a mineral acid; said composition being contained in an aerosol can internally coated by a resin comprising a fluorinated ethylene propylene polymer. (a) glycopyrronium bromide at a dosage in the range of from 5 to 26 μg per actuation; (b) formoterol, or a salt thereof or a solvate of said salt, at a dosage in the range of from 1 to 25 μg per actuation; (c) a HFA propellant; (d) a co-solvent; (e) a stabilising amount of a mineral acid;
A steering column device comprising: a fixed bracket which is fixed to a vehicle body-side member and includes a first plate, wherein a pair of first holes (31,66,66A, 66B,66C), each of which is an elongated hole extending parallel to a column movement direction at the time of a secondary collision, and which are spaced apart from each other in a direction orthogonal to the column movement direction, are formed in the first plate; a movable jacket which rotatably supports a steering shaft having a steering member connected to one end of the steering shaft; a movable bracket which supports the movable jacket so as to move in the column movement direction along with the movable jacket at the time of the secondary collision and includes a second plate facing the first plate, wherein a pair of second holes respectively facing the pair of first holes (31, 66, 66A, 66B, 66C) are formed in the second plate; a pair of suspension shafts which are inserted into a corresponding first hole (31, 66, 66A, 66B, 66C) and a corresponding second hole (33,67), connect the first plate and the second plate, thereby suspending the movable jacket through the movable bracket, and are configured to move along the corresponding first hole (31, 66, 66A, 66B, 66C) at the time of the secondary collision; characterised by: a connection and separation mechanism (R10, R1) which is disposed only between the pair of first holes (31, 66, 66A, 66B,66C) in the direction orthogonal to the column movement direction, thereby connecting the second plate to a predetermined position of the first plate, and separates, at the time of the secondary collision, the second plate from the predetermined position in the column movement direction, wherein the connection and separation mechanism (R10, R1) includes a resin pin, and the resin pin is provided as one pin or provided as a plurality of pins in a single row lined up in the column movement direction. a connection and separation mechanism (R10, R1) which is disposed only between the pair of first holes (31, 66, 66A, 66B,66C) in the direction orthogonal to the column movement direction, thereby connecting the second plate to a predetermined position of the first plate, and separates, at the time of the secondary collision, the second plate from the predetermined position in the column movement direction, wherein the connection and separation mechanism (R10, R1) includes a resin pin, and the resin pin is provided as one pin or provided as a plurality of pins in a single row lined up in the column movement direction.
Flexible lance for working or inspecting a tubesheet of a steam generator, comprising a first band of a flexible metallic material and a second band of a flexible metallic material, said second band being arranged on the first band in the longitudinal direction, and wherein at least the second band comprises a formation extending in the longitudinal direction for receiving a supply line for a processing or inspection head arranged at the free end of the flexible lance, and wherein the first band is so connected to the second band that an open side of the formation forming a guide channel is covered by the first band, characterized in that at least one edge region (20, 22) of the flexible lance extending in the longitudinal direction is only formed from the first band or the second band.
A method comprising: initializing, by a wireless device, a candidate resource set for a sidelink transmission; excluding a first resource from the candidate resource set based on the first resource being offset from a second resource by one or more reservation periods; and the second resource not being monitored in a sensing window; receiving a sidelink control information, SCI, indicating a resource reservation of the excluded first resource; determining, based on the SCI, to use the excluded first resource for transmitting the sidelink transmission; and transmitting, via the excluded first resource, the sidelink transmission. initializing, by a wireless device, a candidate resource set for a sidelink transmission; excluding a first resource from the candidate resource set based on the first resource being offset from a second resource by one or more reservation periods; and the second resource not being monitored in a sensing window; receiving a sidelink control information, SCI, indicating a resource reservation of the excluded first resource; determining, based on the SCI, to use the excluded first resource for transmitting the sidelink transmission; and transmitting, via the excluded first resource, the sidelink transmission. the first resource being offset from a second resource by one or more reservation periods; and the second resource not being monitored in a sensing window; receiving a sidelink control information, SCI, indicating a resource reservation of the excluded first resource; determining, based on the SCI, to use the excluded first resource for transmitting the sidelink transmission; and transmitting, via the excluded first resource, the sidelink transmission.
A loudspeaker (10, 300, 400) comprising: a high frequency driver; a low frequency driver coaxially arranged with the HF driver; and a waveguide (90, 310) overlying a sound radiating surface of the LF driver, the waveguide having a hole pattern such that a sound radiation pattern of the LF driver matches a sound radiation pattern of the HF driver at a reference location; a housing defining an acoustic backvolume between the LF driver and the HF driver, wherein the acoustic backvolume is configured to respond to motion of the HF driver when that driver is excited by an electrical signal; and a Helmholtz resonator coupled with the acoustic backvolume between the LF driver and the HF driver. a high frequency driver; a low frequency driver coaxially arranged with the HF driver; and a waveguide (90, 310) overlying a sound radiating surface of the LF driver, the waveguide having a hole pattern such that a sound radiation pattern of the LF driver matches a sound radiation pattern of the HF driver at a reference location; a housing defining an acoustic backvolume between the LF driver and the HF driver, wherein the acoustic backvolume is configured to respond to motion of the HF driver when that driver is excited by an electrical signal; and a Helmholtz resonator coupled with the acoustic backvolume between the LF driver and the HF driver.
Dry-type transformer comprising a winding with a tapping zone, the tapping zone being the zone wherein at least two connections can be made, allowing to change the number of turns of the winding and thus change the turn ratio of the transformer, and with at least a first non-tapping zone, wherein the winding comprises a conductor having, in at least part of the tapping zone, a first width (w a) in the axial direction (x) of the winding, and having, in at least part of the first non-tapping zone, a second width (w b) in the axial direction (x) of the winding, the first width (w a) being smaller than the second width (w b), characterized in that the conductor of the winding is made of at least two materials with different conductivity.
Method for actuating an automatic transmission, having a hydrodynamic torque converter provided in the automatic transmission, having a start/stop mode in a motor vehicle, wherein the transmission driven by an internal combustion engine of the motor vehicle comprises a hydraulics system having a hydraulic pressure supply and electrically controlled valves and a multiplicity of switching elements which, by impingement with pressure by a pressurized medium from the hydraulic pressure supply and actuation of the valves, are switched for adjusting different gear stages in the transmission, characterized in that when switching to a stop phase in which the internal combustion engine is switched off, a plurality or all of the electrically controlled valves are de-energized, and when switching, or directly upon switching, to a start phase in which the internal combustion engine is switched on, the electrically controlled valves for shifting to a first gear and for filling the hydrodynamic torque converter provided in the automatic transmission with the pressurized medium are impinged with an electric voltage before a build-up of a supply pressure in the hydraulic pressure supply for impinging the switching elements with pressure has been completed.
A PCB planar transformer, comprising: at least one primary winding layer (1, 10), each formed with a primary winding therein, wherein wire traces constituting the primary winding have a first horizontal width; at least one secondary winding layer (2, 20), each formed with a secondary winding therein, wherein wire traces constituting the secondary winding have a second horizontal width; and at least one shielding layer (3, 30), each located between the primary winding layer (1, 10) and the adjacent secondary winding layer (2, 20), wherein the shielding layer (3, 30) is formed with a conductor therein, and the conductor in the shielding layer (3, 30) has a third horizontal width, wherein the first horizontal width is smaller than the third horizontal width of the conductor in the shielding layer (3, 30), the second horizontal width is larger than or equal to the third horizontal width, and sides of the wire traces of the primary winding layer (1, 10) which are orthogonal to the horizontal width of the primary winding layer (1, 10) have vertical projections on the shielding layer (3, 30) within the conductor in the shielding layer (3, 30), wherein at least one of a difference value between the third horizontal width and the first horizontal width and a difference value between the third horizontal width and the second horizontal width is bigger than 0.3mm. at least one primary winding layer (1, 10), each formed with a primary winding therein, wherein wire traces constituting the primary winding have a first horizontal width; at least one secondary winding layer (2, 20), each formed with a secondary winding therein, wherein wire traces constituting the secondary winding have a second horizontal width; and at least one shielding layer (3, 30), each located between the primary winding layer (1, 10) and the adjacent secondary winding layer (2, 20), wherein the shielding layer (3, 30) is formed with a conductor therein, and the conductor in the shielding layer (3, 30) has a third horizontal width, wherein the first horizontal width is smaller than the third horizontal width of the conductor in the shielding layer (3, 30), the second horizontal width is larger than or equal to the third horizontal width, and sides of the wire traces of the primary winding layer (1, 10) which are orthogonal to the horizontal width of the primary winding layer (1, 10) have vertical projections on the shielding layer (3, 30) within the conductor in the shielding layer (3, 30), wherein at least one of a difference value between the third horizontal width and the first horizontal width and a difference value between the third horizontal width and the second horizontal width is bigger than 0.3mm.
A method for producing a polycarbonate comprising: reacting a diaryl carbonate with a dihydroxy compound to form a polycarbonate, wherein the polycarbonate comprises: less than or equal to 33 ppb of molybdenum; less than or equal to 33 ppb of vanadium; less than or equal to 33 ppb of chromium; less than or equal to 75 ppb of titanium; less than or equal to 375 ppb of niobium; less than or equal to 33 ppb of nickel; less than or equal to 10 ppb of zirconium; and less or equal to 5 ppb iron wherein the polycarbonate has a yellowness index of less than or equal to 3 as determined by ASTM D1925, after 2 hours of aging at 250°C. reacting a diaryl carbonate with a dihydroxy compound to form a polycarbonate, wherein the polycarbonate comprises: less than or equal to 33 ppb of molybdenum; less than or equal to 33 ppb of vanadium; less than or equal to 33 ppb of chromium; less than or equal to 75 ppb of titanium; less than or equal to 375 ppb of niobium; less than or equal to 33 ppb of nickel; less than or equal to 10 ppb of zirconium; and less or equal to 5 ppb iron less than or equal to 33 ppb of molybdenum; less than or equal to 33 ppb of vanadium; less than or equal to 33 ppb of chromium; less than or equal to 75 ppb of titanium; less than or equal to 375 ppb of niobium; less than or equal to 33 ppb of nickel; less than or equal to 10 ppb of zirconium; and less or equal to 5 ppb iron wherein the polycarbonate has a yellowness index of less than or equal to 3 as determined by ASTM D1925, after 2 hours of aging at 250°C.
A pick comprising a super-hard strike tip, a steel base and a unitary cemented carbide support body comprising a head portion including an overhang portion, and a cylindrical insertion shaft having a volume of at least 15 cubic centimetres (cm 3), a length of at least 2 centimetres (cm), and extending from the head portion; the strike tip being attached to the head portion and the base being provided with a bore into which the insertion shaft is shrink fitted, and having an external surface adjacent the bore; in which the support body comprises of cemented carbide material comprising 5 to 10 weight per cent binder material comprising cobalt, and tungsten carbide grains having a mean size of 1 to 6 microns; and the overhang portion is configured to extend radially over at least an area of the external surface a distance of more than 5 per cent of the mean diameter of the bore, operative to shield the area from wear when in use.
A connected device system, comprising: - a master network device and a device to be integrated into the connected device system, wherein the connected device system is adapted to connect the master network device and the device via a wireless network and wherein the communication in the connected device system between the master network device and the device to be integrated into the connected device system, is based at least in part on the ZigBee protocol, wherein the device is adapted, when being added to the wireless network, to announce itself in the wireless network and to provide a ZigBee over-the-air upgrade server in the wireless network, wherein the ZigBee over-the-air upgrade server makes available for retrieval a digital asset indicative of a characteristic of the device and comprising a pictogram for representing the device, and wherein the master network device is adapted to detect the device in the wireless network based on the announcement, to search for the ZigBee over-the-air upgrade server of the device in the wireless network in response to the detection of the device, and to retrieve the digital asset from the upgrade server of the device. - a master network device and a device to be integrated into the connected device system, wherein the connected device system is adapted to connect the master network device and the device via a wireless network and wherein the communication in the connected device system between the master network device and the device to be integrated into the connected device system, is based at least in part on the ZigBee protocol,
A method to identify or isolate a bacterium which produces a metabolite selected from antibiotics and anti-fungal agents, the method comprising: a) providing a sample comprising uncharacterized bacteria; b) subjecting the sample to at least 3 UV treatments of between 0.5 and 400 mJ/cm 2, irradiations being carried out at an interval of between 3 and 5 hours; c) identifying or isolating a living or growing bacterium from said treated sample; and d) selecting a bacterium of step c) which produces the metabolite. a) providing a sample comprising uncharacterized bacteria; b) subjecting the sample to at least 3 UV treatments of between 0.5 and 400 mJ/cm 2, irradiations being carried out at an interval of between 3 and 5 hours; c) identifying or isolating a living or growing bacterium from said treated sample; and d) selecting a bacterium of step c) which produces the metabolite.
Buoyancy method for deploying a plurality of floats of a buoyancy system of an aircraft, said plurality of floats including a plurality of main floats and a plurality of secondary floats, said main floats and said secondary floats being folded in flight and having to be deployed outside of an airframe of the aircraft in order to stabilise said aircraft on a liquid surface, said method comprising the step of: - deploying said main floats in flight before a water landing, characterised in that said method comprises the step of - deploying said secondary floats after said water landing. - deploying said main floats in flight before a water landing, characterised in that said method comprises the step of - deploying said secondary floats after said water landing.
The use of an allosteric inhibitor binding site consisting of either SEQ ID NO. 1 or a sequence presenting at least 70%, 80%, 90% or 95% of homology with SEQ ID NO.1, to screen for non-polymeric small compound inhibitors of FGFR, said inhibitors having a molecular weight of less than 1000 D.