mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: registering first and second two dimensional surview projection images, planning a follow up three dimensional image acquisition of tissue of interest of a patient based on the registered first two dimensional surview projection image and second two dimensional surview projection image, wherein the planning of the follow up three dimensional image acquisition is based on the registered first and second two dimensional surview projection images, wherein the first two dimensional surview projection image was used to plan a previously performed baseline three dimensional image acquisition of the tissue of interest of the patient, wherein the first two dimensional surview projection image includes information corresponding to at least one region of interest identified in the first two dimensional surview projection image for the previously performed baseline three dimensional image acquisition, wherein the first two dimensional surview projection image includes information corresponding to a z-axis scanning extent identified in the first two dimensional surview projection image for the previously performed baseline three dimensional baseline image acquisition, and wherein the method comprises: transferring the information corresponding to the z-axis scanning extent from the registered first two dimensional surview projection image to the registered second two dimensional surview projection image wherein the second two dimensional surview projection image was acquired for planning the follow up three dimensional image acquisition.
Pressure-sensitive adhesive comprising a) at least one poly(meth)acrylate; b) at least one resin A selected from colophony resins and terpene-phenolic resins; c) at least one hydrocarbon resin B1 having a softening point (determined according to ASTM E28 (ring and ball)) of greater than 50°C; and d) at least one hydrocarbon resin B2 having a softening point (determined according to ASTM E28 (ring and ball)) of less than or equal to 25°C, characterized in that the pressure-sensitive adhesive comprises one or more resins A at in total 15 to 30 wt%, based on the total weight of the pressure-sensitive adhesive. a) at least one poly(meth)acrylate; b) at least one resin A selected from colophony resins and terpene-phenolic resins; c) at least one hydrocarbon resin B1 having a softening point (determined according to ASTM E28 (ring and ball)) of greater than 50°C; and d) at least one hydrocarbon resin B2 having a softening point (determined according to ASTM E28 (ring and ball)) of less than or equal to 25°C,
A method of making a library of circular single stranded target nucleic acid molecules from a sample comprising a plurality of double-stranded target nucleic acid molecules, the method comprising: a. ligating an adaptor to each end of the double-stranded target molecule, thereby forming an adaptor-ligated double-stranded molecule; b. denaturing the adaptor-ligated double-stranded molecule, thereby forming two strands of the adaptor-ligated molecule; c. annealing a capture molecule to each strand of the adaptor-ligated molecule, wherein the capture molecule is a circular single-stranded nucleic acid molecule comprising two sequences complementary to at least a portion of the adaptor, thereby forming a hybrid molecule comprising the capture molecule hybridized to the adaptor sequences at the 5'-end and the 3'-end of the strand of the adaptor-ligated molecule; d. extending the 3'-end of the strand of the adaptor-ligated molecule to reach the 5'-end of the strand of the adaptor-ligated molecule; e. ligating the 5'-end and the 3'-end of the strand of the adaptor-ligated molecule, thereby forming a hybrid molecule comprising the capture molecule and a circularized strand of the adaptor-ligated molecule; f. separating the capture molecule from the circularized strand of the adaptor-ligated molecule, thereby forming a library of circular single stranded target nucleic acid molecules. a. ligating an adaptor to each end of the double-stranded target molecule, thereby forming an adaptor-ligated double-stranded molecule; b. denaturing the adaptor-ligated double-stranded molecule, thereby forming two strands of the adaptor-ligated molecule; c. annealing a capture molecule to each strand of the adaptor-ligated molecule, wherein the capture molecule is a circular single-stranded nucleic acid molecule comprising two sequences complementary to at least a portion of the adaptor, thereby forming a hybrid molecule comprising the capture molecule hybridized to the adaptor sequences at the 5'-end and the 3'-end of the strand of the adaptor-ligated molecule; d. extending the 3'-end of the strand of the adaptor-ligated molecule to reach the 5'-end of the strand of the adaptor-ligated molecule; e. ligating the 5'-end and the 3'-end of the strand of the adaptor-ligated molecule, thereby forming a hybrid molecule comprising the capture molecule and a circularized strand of the adaptor-ligated molecule; f. separating the capture molecule from the circularized strand of the adaptor-ligated molecule, thereby forming a library of circular single stranded target nucleic acid molecules.
An engine starting system comprising: a gas turbine engine including rotational components comprising an engine compressor , an engine turbine , and a rotor shaft operably connecting the engine turbine to the engine compressor , wherein each rotational component is configured to rotate when any one of the rotational components is rotated; an air turbine starter comprising a turbine wheel including a hub integrally attached to a turbine rotor shaft and a plurality of turbine blades extending radially from the hub , the turbine rotor shaft being operably connected to at least one of the rotational components and configured to rotate the rotational components when air flows through the turbine blades and rotates the turbine wheel , characterized in that it further comprises a variable frequency generator operably connected to at least one of the rotational components, the variable frequency generator being configured to rotate the rotational components; and a motor controller in electronic communication with the variable frequency generator , the motor controller being configured to command the variable frequency generator to rotate the rotational components at a selected angular velocity for a selected period of time. a gas turbine engine including rotational components comprising an engine compressor , an engine turbine , and a rotor shaft operably connecting the engine turbine to the engine compressor , wherein each rotational component is configured to rotate when any one of the rotational components is rotated; an air turbine starter comprising a turbine wheel including a hub integrally attached to a turbine rotor shaft and a plurality of turbine blades extending radially from the hub , the turbine rotor shaft being operably connected to at least one of the rotational components and configured to rotate the rotational components when air flows through the turbine blades and rotates the turbine wheel , characterized in that it further comprises a variable frequency generator operably connected to at least one of the rotational components, the variable frequency generator being configured to rotate the rotational components; and a motor controller in electronic communication with the variable frequency generator , the motor controller being configured to command the variable frequency generator to rotate the rotational components at a selected angular velocity for a selected period of time.
An anti-PDL1 antibody and activated NK cells for use in treating a cancer or a viral, bacterial, fungal, or parasitic infection in a subject, wherein the activated NK cells are obtained by contacting a naive NK cell population with at least one or more of plasma membrane particles having membrane bound IL-21 (PM21 particles), exosomes having membrane bound IL-21 (EX21 exosomes) and feeder cells having membrane bound IL-21 (FC21 feeder cells).
Shell for driving into a bone substance for a joint prosthesis with a convexly curved, in particular spherical outer shell surface in cross-section, or with a convexly curved, in particular spherical inner shell surface , on which a plurality of ribs are arranged, all the ribs extending in the same direction at a preferably increasing pitch angle (α) of 45° to 85° at the equatorial end to a pole-side end on the outer lateral surface or on the inner lateral surface, characterised in that each rib has a flank projection surface (P) which is oriented on a plane extending through the longitudinal extent of the rib and perpendicular to the outer lateral surface or to the inner lateral surface, the sum of the flank projection area of all the ribs corresponding to at least one fifth of the entire outer shell area or the entire inner shell area, the shell being a humeral anchor for hammering into a humerus or an anchor shell for hammering onto the humerus .
A modular component for use with a surgical instrument , the modular component connectable to a first version of the surgical instrument and connectable to a second version of the surgical instrument, wherein the modular component comprises: a sensor for detecting data associated with the modular component or the surgical instrument; and a control circuit coupled to the sensor, the control circuit configured to: determine whether the modular component is of a version that corresponds to the version of the surgical instrument in the event that the modular component is coupled to the surgical instrument; and cause the sensor to output data detected by the sensor in one of a first output mode or a second output mode according to whether the version of the modular component corresponds to the version of the surgical instrument; wherein the data outputted by the sensor in the first output mode is of a first format compatible with the first version of the surgical instrument and data outputted by the sensor in the second mode is of a second format compatible with the second version of the surgical instrument. a sensor for detecting data associated with the modular component or the surgical instrument; and a control circuit coupled to the sensor, the control circuit configured to: determine whether the modular component is of a version that corresponds to the version of the surgical instrument in the event that the modular component is coupled to the surgical instrument; and cause the sensor to output data detected by the sensor in one of a first output mode or a second output mode according to whether the version of the modular component corresponds to the version of the surgical instrument; wherein the data outputted by the sensor in the first output mode is of a first format compatible with the first version of the surgical instrument and data outputted by the sensor in the second mode is of a second format compatible with the second version of the surgical instrument. determine whether the modular component is of a version that corresponds to the version of the surgical instrument in the event that the modular component is coupled to the surgical instrument; and cause the sensor to output data detected by the sensor in one of a first output mode or a second output mode according to whether the version of the modular component corresponds to the version of the surgical instrument; wherein the data outputted by the sensor in the first output mode is of a first format compatible with the first version of the surgical instrument and data outputted by the sensor in the second mode is of a second format compatible with the second version of the surgical instrument.
A method for producing smoking products from more than three rod-shaped article segments , wherein a first article segment group is formed or provided with more than three rod-shaped article segments , wherein the first article segment group will be or is conveyed transaxially and will be or is wrapped by a wrapping material strip , wherein the first wrapped article segment group is cut in the middle and into two articles segment subgroups, each with the same number of rod-shaped article segments , and then the transaxially conveyed article segment subgroups are each turned 180° by a turning device so that the ends of the wrapped article segment subgroups initially lying to the outside before turning face each other after turning, wherein the article segment subgroups are or will be at a distance from each other in a longitudinally axial direction after turning the article segment subgroups , and subsequently, a plurality of rod-shaped article segments are introduced between the article segment subgroups at a distance from each other in a longitudinally axial direction, and the plurality of rod-shaped article segments with the article segment subgroups lying to the outside are connected to a second article segment group by being wrapped with a wrapping material strip , and wherein at least one smoking product will be or is formed from the second article segment group.
A user equipment operable in a communication system , comprising: a processor ; and a memory including computer program code, wherein said processor , said memory , and said computer program code are collectively operable to: provide a first message to a radio access node to resume a passive user equipment (UE) context, said first message comprising a UE identifier having: a flag indicating if said user equipment is resuming connectivity to said radio access node , wherein said flag indicates whether said UE identifier includes a radio access node identifier ; wherein said processor , said memory , and said computer program code are further operable to provide a second message, wherein said second message comprises a second local UE identifier as part of said UE identifier : and the UE identifier comprising a first local UE identifier for said radio access node , wherein said first local UE identifier includes an identification flag indicating that said UE identifier includes said second local UE identifier . a processor ; and a memory including computer program code, wherein said processor , said memory , and said computer program code are collectively operable to: provide a first message to a radio access node to resume a passive user equipment (UE) context, said first message comprising a UE identifier having: a flag indicating if said user equipment is resuming connectivity to said radio access node , wherein said flag indicates whether said UE identifier includes a radio access node identifier ; wherein said processor , said memory , and said computer program code are further operable to provide a second message, wherein said second message comprises a second local UE identifier as part of said UE identifier : and the UE identifier comprising a first local UE identifier for said radio access node , wherein said first local UE identifier includes an identification flag indicating that said UE identifier includes said second local UE identifier .
An information display apparatus comprising: a first display unit configured to display information; a placement part configured so that a portable terminal apparatus is placed thereon, the placement part comprising a noncontact charging unit configured to charge the portable terminal apparatus placed on the placement part ; an orientation determination unit configured to determine an orientation of the portable terminal apparatus placed on the placement part ; a first display control unit configured to control display of information in the first display unit ; and a charging control unit configured to control charging of the portable terminal apparatus by the noncontact charging unit, wherein the charging control unit controls the noncontact charging unit so as to perform a process for charging the portable terminal apparatus when the portable terminal apparatus is placed on the placement part , and the first display control unit makes the first display unit display information received from the portable terminal apparatus when the orientation of the portable terminal apparatus determined by the orientation determination unit is a first orientation, and the information display apparatus is characterised in that the first display controlunit makes the first display unit display information other than the received information when the orientation determined by the orientation determination unit is a second orientation different from the first orientation. a first display unit configured to display information; a placement part configured so that a portable terminal apparatus is placed thereon, the placement part comprising a noncontact charging unit configured to charge the portable terminal apparatus placed on the placement part ; an orientation determination unit configured to determine an orientation of the portable terminal apparatus placed on the placement part ; a first display control unit configured to control display of information in the first display unit ; and a charging control unit configured to control charging of the portable terminal apparatus by the noncontact charging unit, the charging control unit controls the noncontact charging unit so as to perform a process for charging the portable terminal apparatus when the portable terminal apparatus is placed on the placement part , and the first display control unit makes the first display unit display information received from the portable terminal apparatus when the orientation of the portable terminal apparatus determined by the orientation determination unit is a first orientation, and the information display apparatus is characterised in that the first display controlunit makes the first display unit display information other than the received information when the orientation determined by the orientation determination unit is a second orientation different from the first orientation.
A rotating electric machine including a number Npe of electric phases consisting of: - a juxtaposition, along the axis of rotation (n8) of the rotating electric machine, of at least one pair of armatures (n3, n'3) having a number Np of poles, placed on either side of at least one inductor coil (n5), wound around the axis of rotation (n8) of the rotating electric machine, the adjacent armatures being angularly offset by any electrical angle θs, preferably comprised between 0° and 90°/2Np; - at least one inductor (n4, n5, n12) made at least partially of ferromagnetic material, separated from the armatures (n3, n'3) by an air gap (n10); and wherein - one of the armatures and of the inductor is movable in rotation and constitutes at least one rotor and - the other of the armatures and of the inductor is stationary and constitutes at least one stator; characterised in that the inductor includes the same number Np of inductor bars (n4) oriented in an axial direction, substantially covering the axial length of the machine, the inductor bars (n4) being twisted and attached to a support (n12) connecting them, their axial ends (n4a, n4b) being angularly offset. - a juxtaposition, along the axis of rotation (n8) of the rotating electric machine, of at least one pair of armatures (n3, n'3) having a number Np of poles, placed on either side of at least one inductor coil (n5), wound around the axis of rotation (n8) of the rotating electric machine, the adjacent armatures being angularly offset by any electrical angle θs, preferably comprised between 0° and 90°/2Np; - at least one inductor (n4, n5, n12) made at least partially of ferromagnetic material, separated from the armatures (n3, n'3) by an air gap (n10); and wherein - one of the armatures and of the inductor is movable in rotation and constitutes at least one rotor and - the other of the armatures and of the inductor is stationary and constitutes at least one stator;
A method for transmitting a synchronization signal block, SSB, on an unlicensed spectrum, comprising: determining, by a network device, that a first transmission opportunity, TXOP, on an unlicensed carrier includes K SSB positions capable of being used to transmit SSBs, where K is less than a number X of SSBs configured by the network device for transmission on the unlicensed carrier, and K and X are both positive integers ; and respectively transmitting, by the network device, K SSBs of the X SSBs at the corresponding K SSB positions within the first TXOP , wherein the method further comprises: transmitting, by the network device, remaining X-K SSBs of the X SSBs within a second TXOP after the first TXOP , wherein each of the X SSBs is transmitted at a candidate SSB position corresponding to the SSB, and different SSBs correspond to different candidate SSB positions, wherein transmitting, by the network device, the remaining X-K SSBs of the X SSBs within the second TXOP after the first TXOP comprises: transmitting, by the network device, an SSB from a first SSB position capable of being used to transmit SSB within the second TXOP until the remaining X-K SSBs are transmitted, characterized in that , the network device repeatedly transmits the K SSBs respectively at K SSB positions corresponding to the K SSBs within the second TXOP. determining, by a network device, that a first transmission opportunity, TXOP, on an unlicensed carrier includes K SSB positions capable of being used to transmit SSBs, where K is less than a number X of SSBs configured by the network device for transmission on the unlicensed carrier, and K and X are both positive integers ; and respectively transmitting, by the network device, K SSBs of the X SSBs at the corresponding K SSB positions within the first TXOP , wherein the method further comprises: transmitting, by the network device, remaining X-K SSBs of the X SSBs within a second TXOP after the first TXOP , wherein each of the X SSBs is transmitted at a candidate SSB position corresponding to the SSB, and different SSBs correspond to different candidate SSB positions, wherein transmitting, by the network device, the remaining X-K SSBs of the X SSBs within the second TXOP after the first TXOP comprises: transmitting, by the network device, an SSB from a first SSB position capable of being used to transmit SSB within the second TXOP until the remaining X-K SSBs are transmitted, characterized in that , the network device repeatedly transmits the K SSBs respectively at K SSB positions corresponding to the K SSBs within the second TXOP. transmitting, by the network device, an SSB from a first SSB position capable of being used to transmit SSB within the second TXOP until the remaining X-K SSBs are transmitted, characterized in that , the network device repeatedly transmits the K SSBs respectively at K SSB positions corresponding to the K SSBs within the second TXOP.