mhurhangee/patent-ind-claim-en huggingface dataset:
A blood pump, comprising: a pump motor comprising a rotor portion having proximal and distal ends and a stator portion having proximal and distal ends, wherein the proximal portion of the rotor portion is received into a cavity defined by the stator portion ; the rotor portion comprising an impeller, wherein the impeller comprises impeller blades and a drive unit , the impeller blades positioned at the distal end of the rotor portion and not received into the stator and the drive unit positioned in a portion of the rotor received into the stator portion , wherein the drive unit is coupled to the impeller blades ; the stator portion comprising a yoke , a coil and a coil holding sleeve , the sleeve defining the cavity into which the proximal portion of the rotor is received; wherein the yoke , coil and sleeve have interior and exterior surfaces, wherein epoxy is introduced between the yoke and the coil and the coil and the sleeve , thereby substantially embedding the coil in epoxy , characterized in that at least one of the interior surface of the yoke , the exterior surface of the coil , the interior surface of the coil or the exterior surface of the sleeve are treated with a primer prior to the introduction of epoxy therebetween. a pump motor comprising a rotor portion having proximal and distal ends and a stator portion having proximal and distal ends, wherein the proximal portion of the rotor portion is received into a cavity defined by the stator portion ; the rotor portion comprising an impeller, wherein the impeller comprises impeller blades and a drive unit , the impeller blades positioned at the distal end of the rotor portion and not received into the stator and the drive unit positioned in a portion of the rotor received into the stator portion , wherein the drive unit is coupled to the impeller blades ; the stator portion comprising a yoke , a coil and a coil holding sleeve , the sleeve defining the cavity into which the proximal portion of the rotor is received; wherein the yoke , coil and sleeve have interior and exterior surfaces, wherein epoxy is introduced between the yoke and the coil and the coil and the sleeve , thereby substantially embedding the coil in epoxy , characterized in that at least one of the interior surface of the yoke , the exterior surface of the coil , the interior surface of the coil or the exterior surface of the sleeve are treated with a primer prior to the introduction of epoxy therebetween.
A transdermal absorption sheet comprising: a sheet-like sheet portion ; and a plurality of needle-like protruding portions which are arranged on the sheet portion, wherein each of the plurality of needle portions includes a first layer containing a drug and a second layer not containing a drug, and at least one of the plurality of needle-like protruding portions has a cavity portion extending from the sheet portion to the frustum portion, characterized in that the needle-like protruding portions are formed of frustum portions and needle portions , and in each of which a wide bottom surface of the frustum portion is connected to the sheet portion and a narrow bottom surface of the frustum portion is connected to a wide bottom surface of the needle portion, and the cavity portion is entirely or partially formed in a dome shape. a sheet-like sheet portion ; and a plurality of needle-like protruding portions which are arranged on the sheet portion, wherein each of the plurality of needle portions includes a first layer containing a drug and a second layer not containing a drug, and at least one of the plurality of needle-like protruding portions has a cavity portion extending from the sheet portion to the frustum portion, characterized in that the needle-like protruding portions are formed of frustum portions and needle portions , and in each of which a wide bottom surface of the frustum portion is connected to the sheet portion and a narrow bottom surface of the frustum portion is connected to a wide bottom surface of the needle portion, and the cavity portion is entirely or partially formed in a dome shape.
A method for setting a discovery signal, DRS, comprising: setting the DRS to occupy a first preset number of consecutive time symbols within one slot, the first preset number being no more than 14; setting the DRS to at least comprise one or two synchronization signal blocks, SSBs; and setting the DRS to comprise a second preset number of non-zero power channel state information-reference signals, NZP CSI-RSs, wherein each NZP CSI-RS occupies one time symbol in the DRS, the second preset number being any integer value between 1 and 10; characterized by setting the DRS to comprise a remaining minimum system information-Control Resource Set, RMSI-CORESET, and a RMSI-physical downlink shared channel, RMSI-PDSCH, wherein the RMSI-CORESET occupies a third preset number of consecutive time symbols in the DRS and the RMSI-PDSCH occupies a fourth preset number of consecutive time symbols in the DRS, and wherein the third preset number is any integer value between 1 and 3, and the fourth preset number is any integer value between 2 and 10. setting the DRS to occupy a first preset number of consecutive time symbols within one slot, the first preset number being no more than 14; setting the DRS to at least comprise one or two synchronization signal blocks, SSBs; and setting the DRS to comprise a second preset number of non-zero power channel state information-reference signals, NZP CSI-RSs, wherein each NZP CSI-RS occupies one time symbol in the DRS, the second preset number being any integer value between 1 and 10; characterized by setting the DRS to comprise a remaining minimum system information-Control Resource Set, RMSI-CORESET, and a RMSI-physical downlink shared channel, RMSI-PDSCH, wherein the RMSI-CORESET occupies a third preset number of consecutive time symbols in the DRS and the RMSI-PDSCH occupies a fourth preset number of consecutive time symbols in the DRS, and wherein the third preset number is any integer value between 1 and 3, and the fourth preset number is any integer value between 2 and 10.
A method comprising: depositing a slurry on at least a predetermined surface region of a ceramic matrix composite substrate , wherein the slurry comprises a solvent and particles comprising at least one of silicon metal or silicon carbide; drying the slurry to form a wicking layer on the predetermined surface region; heating the ceramic matrix composite substrate and the wicking layer to a temperature of at least 900 °C, and less than 1400 °C, to wick at least one wickable species from the ceramic matrix composite substrate into the wicking layer; and removing substantially all of the wicking layer from the predetermined surface region. depositing a slurry on at least a predetermined surface region of a ceramic matrix composite substrate , wherein the slurry comprises a solvent and particles comprising at least one of silicon metal or silicon carbide; drying the slurry to form a wicking layer on the predetermined surface region; heating the ceramic matrix composite substrate and the wicking layer to a temperature of at least 900 °C, and less than 1400 °C, to wick at least one wickable species from the ceramic matrix composite substrate into the wicking layer; and removing substantially all of the wicking layer from the predetermined surface region.
An optical connector having a center axis (G) extending between a front end and a rear end, comprising: a rear housing located at the rear end of the optical connector , the rear housing allowing an optical fiber cable (C) to be inserted therethrough; an inner housing comprising at a distal end thereof at least one retaining hole (23a to 23d, 123, 223a to 223d) configured to house a ferrule (2a to 2d, 102), the inner housing being housed at a rear portion thereof in the rear housing ; an outer housing disposed on an outer periphery of the inner housing so as to cover a front portion of the inner housing ; wherein the outer housing comprises a forward wall covering the distal end of the inner housing , the forward wall comprises at least one opening area (44a to 44d, 144a and 144b, 244a to 244d, 344a and 344b): characterized in that the inner housing is configured to allow the rear housing to move linearly with respect to the inner housing along the center axis (G) and to allow the rear housing to rotate with respect to the inner housing about the center axis (G); wherein optical connector further comprises an arm configured to move linearly together with the rear housing with respect to the inner housing along the center axis (G); wherein the outer housing is configured to rotate with respect to the inner housing about the center axis (G) by a rotation guiding mechanism (S) cooperating with the arm ; and wherein the opening area (44a to 44d, 144a and 144b, 244a to 244d, 344a and 344b) is configured to be aligned with the retaining hole (23a to 23d, 123, 223a to 223d) or a fiber exposure face of the ferrule (2a to 2d, 102) when the outer housing is rotated with respect to the inner housing from an initial position to a connected position by the rotation guiding mechanism (S). a rear housing located at the rear end of the optical connector , the rear housing allowing an optical fiber cable (C) to be inserted therethrough; an inner housing comprising at a distal end thereof at least one retaining hole (23a to 23d, 123, 223a to 223d) configured to house a ferrule (2a to 2d, 102), the inner housing being housed at a rear portion thereof in the rear housing ; an outer housing disposed on an outer periphery of the inner housing so as to cover a front portion of the inner housing ; wherein the outer housing comprises a forward wall covering the distal end of the inner housing , the forward wall comprises at least one opening area (44a to 44d, 144a and 144b, 244a to 244d, 344a and 344b):
A passive detection apparatus comprising: a digital receiver system ; a plurality of antenna elements arranged in an array, each antenna being receptive to radiation in the millimetre or sub-millimetre wavebands and connected to the digital receiver system , and further comprising a digital beamformer , a processor and an indication means , the receiver system being adapted to receive and digitise radiometric emissions from a target, and the beamformer being adapted to receive digital information from the receiver system and to pass information to the processor , wherein the beamformer is further adapted to process the received information to focus upon a near field region of the antenna array, the processor being interconnected to the beamformer and adapted to periodically generate static image information in at least a primary axis of the apparatus in real time or near-real time, and wherein the indication means is adapted to provide an indication based upon the generated static image information and further wherein the beamformer is adapted to process the received information to focus at a plurality of ranges through phase shifts and to pass information relating to the plurality of ranges to the processor . a digital receiver system ; a plurality of antenna elements arranged in an array, each antenna being receptive to radiation in the millimetre or sub-millimetre wavebands and connected to the digital receiver system , and further comprising a digital beamformer , a processor and an indication means , the receiver system being adapted to receive and digitise radiometric emissions from a target, and the beamformer being adapted to receive digital information from the receiver system and to pass information to the processor , wherein the beamformer is further adapted to process the received information to focus upon a near field region of the antenna array, the processor being interconnected to the beamformer and adapted to periodically generate static image information in at least a primary axis of the apparatus in real time or near-real time, and wherein the indication means is adapted to provide an indication based upon the generated static image information and further wherein the beamformer is adapted to process the received information to focus at a plurality of ranges through phase shifts and to pass information relating to the plurality of ranges to the processor .
A method for wireless communication performed at a core network , comprising: storing a machine-to-machine, M2M, indicator from a wireless device , wherein the M2M indicator is a Boolean indicator of status indicating the wireless device or a service of the wireless device as M2M or not M2M; providing the M2M indicator from the wireless device to a node for serving the wireless device based upon a trigger. storing a machine-to-machine, M2M, indicator from a wireless device , wherein the M2M indicator is a Boolean indicator of status indicating the wireless device or a service of the wireless device as M2M or not M2M; providing the M2M indicator from the wireless device to a node for serving the wireless device based upon a trigger.
Root assembly of a wind turbine blade for a wind turbine , whereby a root portion of the root assembly comprises a root segment , the root segment having a first centerline (C 62 ) located in the center of a thickness (t) of the root segment measured along a radial direction (Y) of the root segment and extending along a circumferential direction (X) of the root segment , a root attachment face of the root portion is attached to a bearing or a hub flange of the root assembly by means of multiple bolts or root inserts , the multiple bolts or root inserts being arranged with their centers along a second centerline (C 10 ) extending along the circumferential direction (X) of the root segment , characterized in that , the second centerline (C 10 ) is offset from the first centerline (C 62 ) , wherein the second centerline (C 10 ) is offset from the first centerline (C 62 ) in a direction towards an inside of the root portion , wherein the second centerline (C 10 ) is offset from the first centerline (C 62 ) by 0.5 % to 5 % of the thickness (t) of the root segment , wherein the second centerline (C 10 ) extends parallel to the first centerline (C 62 ). a root portion of the root assembly comprises a root segment , the root segment having a first centerline (C 62 ) located in the center of a thickness (t) of the root segment measured along a radial direction (Y) of the root segment and extending along a circumferential direction (X) of the root segment , a root attachment face of the root portion is attached to a bearing or a hub flange of the root assembly by means of multiple bolts or root inserts , the multiple bolts or root inserts being arranged with their centers along a second centerline (C 10 ) extending along the circumferential direction (X) of the root segment , characterized in that , the second centerline (C 10 ) is offset from the first centerline (C 62 ) , wherein the second centerline (C 10 ) is offset from the first centerline (C 62 ) in a direction towards an inside of the root portion , wherein the second centerline (C 10 ) is offset from the first centerline (C 62 ) by 0.5 % to 5 % of the thickness (t) of the root segment , wherein the second centerline (C 10 ) extends parallel to the first centerline (C 62 ).
A service path establishment method, wherein the method comprises: receiving, by a network controller , a service path request message of a first label switched path, LSP, wherein the first LSP comprises at least two second LSPs, and a bandwidth of the first LSP is equal to a sum of bandwidths of each of the at least two second LSPs, and wherein the first LSP has a service association attribute to indicate that a service performance difference between any of the at least two second LSPs comprised in the first LSP falls within a preset threshold range, the service performance difference comprising a delay or a bit error rate; computing, by the network controller , routing information of the second LSPs; and sending, by the network controller , the routing information of the second LSPs to a node device , so that the node device establishes the first LSP according to the routing information of the second LSPs. receiving, by a network controller , a service path request message of a first label switched path, LSP, wherein the first LSP comprises at least two second LSPs, and a bandwidth of the first LSP is equal to a sum of bandwidths of each of the at least two second LSPs, and wherein the first LSP has a service association attribute to indicate that a service performance difference between any of the at least two second LSPs comprised in the first LSP falls within a preset threshold range, the service performance difference comprising a delay or a bit error rate; computing, by the network controller , routing information of the second LSPs; and sending, by the network controller , the routing information of the second LSPs to a node device , so that the node device establishes the first LSP according to the routing information of the second LSPs.
A rotary steerable drilling system for drilling a borehole, comprising: a collar ; a drill bit ; a bit shaft connecting the drill bit to the collar , wherein the bit shaft is coupled to the collar through a joint capable of transmitting a torque from the collar to the bit shaft , and swingable with respect to the collar around the joint ; a first eccentric wheel and a second eccentric wheel coupled to the bit shaft , and rotatable to swing the bit shaft with respect to the collar around the joint ; a controller for controlling the first and second eccentric wheels to harmoniously rotate such that the swing of the bit shaft with respect to the collar substantially compensates rotation of the collar ; and an active stabilizer having an outer surface for contacting an inner surface of a borehole, the active stabilizer being fixedly mounted on the bit shaft and capable of pushing the bit shaft to deviate to cause a lateral displacement and a tilt angle (α) of the drill bit to change a drilling direction. a collar ; a drill bit ; a bit shaft connecting the drill bit to the collar , wherein the bit shaft is coupled to the collar through a joint capable of transmitting a torque from the collar to the bit shaft , and swingable with respect to the collar around the joint ; a first eccentric wheel and a second eccentric wheel coupled to the bit shaft , and rotatable to swing the bit shaft with respect to the collar around the joint ; a controller for controlling the first and second eccentric wheels to harmoniously rotate such that the swing of the bit shaft with respect to the collar substantially compensates rotation of the collar ; and an active stabilizer having an outer surface for contacting an inner surface of a borehole, the active stabilizer being fixedly mounted on the bit shaft and capable of pushing the bit shaft to deviate to cause a lateral displacement and a tilt angle (α) of the drill bit to change a drilling direction.
A compound of formula I: or a pharmaceutically acceptable salt thereof, wherein R is H or CH 2 OPO(OH) 2 .
A method, comprising: generating a virtual environment; detecting , at a user interface , a first input, the first input indicating a selection of a virtual feature in the virtual environment; detecting , at the user interface , a second input, the second input indicating both a change in a virtual position of a user relative to the selected virtual feature and a change in a virtual scale of the user relative to the virtual environment; and in response to the second input, adjusting the virtual position of the user relative to the selected virtual feature and the virtual scale of the user relative to the virtual environment. generating a virtual environment; detecting , at a user interface , a first input, the first input indicating a selection of a virtual feature in the virtual environment; detecting , at the user interface , a second input, the second input indicating both a change in a virtual position of a user relative to the selected virtual feature and a change in a virtual scale of the user relative to the virtual environment; and in response to the second input, adjusting the virtual position of the user relative to the selected virtual feature and the virtual scale of the user relative to the virtual environment.
A method, in a user equipment, UE, adapted to perform idle mode measurements, the method comprising: performing and storing one or more radio signal measurements while in an idle mode or inactive state; and deleting the stored radio signal measurements in response to any one of the following events: entering Radio Resource Control, RRC, Connected state and reporting the stored radio signal measurements in an RRC Resume Complete message; receiving an RRC release message that does not include an idle mode measurement configuration; receiving an RRC release message while in RRC Connected state; receiving a handover message; successfully obtaining one or more connected mode measurements; receiving a message instructing the UE to resume one or more connected mode measurements; entering RRC Connected state and subsequently experiencing a radio link failure, integrity check failure, or reconfiguration failure; and resuming or establishing a connection in a cell that does not broadcast an indication that the cell support supports early reporting of idle mode measurements. performing and storing one or more radio signal measurements while in an idle mode or inactive state; and deleting the stored radio signal measurements in response to any one of the following events: entering Radio Resource Control, RRC, Connected state and reporting the stored radio signal measurements in an RRC Resume Complete message; receiving an RRC release message that does not include an idle mode measurement configuration; receiving an RRC release message while in RRC Connected state; receiving a handover message; successfully obtaining one or more connected mode measurements; receiving a message instructing the UE to resume one or more connected mode measurements; entering RRC Connected state and subsequently experiencing a radio link failure, integrity check failure, or reconfiguration failure; and resuming or establishing a connection in a cell that does not broadcast an indication that the cell support supports early reporting of idle mode measurements. entering Radio Resource Control, RRC, Connected state and reporting the stored radio signal measurements in an RRC Resume Complete message; receiving an RRC release message that does not include an idle mode measurement configuration; receiving an RRC release message while in RRC Connected state; receiving a handover message; successfully obtaining one or more connected mode measurements; receiving a message instructing the UE to resume one or more connected mode measurements; entering RRC Connected state and subsequently experiencing a radio link failure, integrity check failure, or reconfiguration failure; and resuming or establishing a connection in a cell that does not broadcast an indication that the cell support supports early reporting of idle mode measurements.
A modified supported platinum catalyst containing molybdenum and a phosphorus compound, wherein the phosphorus has an oxidation state of less than +5, obtainable by first treating a supported platinum catalyst with an aqueous solution of hypophosphorous acid or a salt thereof and then an orthomolybdate in a molybdenum/platinum molar ratio of 1:1 to 100:1 and a phosphorus/molybdenum molar ratio of 1:1 to 100:1.
A polarisation and mode selective laser comprising first and second surfaces separated to form a waveguide on a first axis between said surfaces; a discharge region contained within at least a portion of said waveguide; a resonant cavity having a propagation axis orthogonal to said first axis; and characterised in that the first surface is a substantially dielectric surface including a localised metallic region therein, providing thereby a metallic surface and a dielectric surface, the surface of the dielectric surface being greater than the surface of the metallic surface.