mhurhangee/patent-ind-claim-en huggingface dataset:
A control rod for inserting into an associated guide tube of a nuclear reactor fuel assembly , comprising: a first section including an active material for inserting into the guide tube and controlling a fission rate in a nuclear reactor core , the first section having a first outside diameter; an upper end section above the first section , wherein the upper end section is configured to be positioned above the guide tube during normal operation of the nuclear reactor fuel assembly and to enter the guide tube only during a SCRAM operation, wherein the upper end section includes: a second section configured to attach to a head assembly ; and a dampening section located between the first section and the second section , wherein the dampening section has a second diameter larger than the first diameter such that the dampening section reduces a separation distance between an outside surface of the control rod and an inside surface of the guide tube to decelerate the control rod when entering a top end of the guide tube ; and a spring positioned inside the dampening section between the first section and the second section . a first section including an active material for inserting into the guide tube and controlling a fission rate in a nuclear reactor core , the first section having a first outside diameter; an upper end section above the first section , wherein the upper end section is configured to be positioned above the guide tube during normal operation of the nuclear reactor fuel assembly and to enter the guide tube only during a SCRAM operation, wherein the upper end section includes: a second section configured to attach to a head assembly ; and a dampening section located between the first section and the second section , wherein the dampening section has a second diameter larger than the first diameter such that the dampening section reduces a separation distance between an outside surface of the control rod and an inside surface of the guide tube to decelerate the control rod when entering a top end of the guide tube ; and a spring positioned inside the dampening section between the first section and the second section .
A method of individualizing bundles for a brush tufting tool, characterized by the steps of: providing a bundle remover which is adapted to be swiveled back and forth about an axis (A) between a transfer position at a tufting tool and a swiveled-back position and, in the process, moves along a bristle magazine by an outer surface and a recess provided in the outer surface , filling the recess with bristles from the bristle magazine during the swiveling-back process, and pressing bristles out of the recess back into the bristle magazine during the individualizing operation. providing a bundle remover which is adapted to be swiveled back and forth about an axis (A) between a transfer position at a tufting tool and a swiveled-back position and, in the process, moves along a bristle magazine by an outer surface and a recess provided in the outer surface , filling the recess with bristles from the bristle magazine during the swiveling-back process, and pressing bristles out of the recess back into the bristle magazine during the individualizing operation.
An electronic apparatus comprising: a camera ; a memory configured to store attribute information of a plurality of objects, wherein the plurality of objects includes at least one person, and environment information; and a processor configured to: identify a person based on an image obtained by the camera, identify a relationship between attribute information of the person and the environment information, wherein the relationship indicates a state or an operation between the attribute information of the person and the environment information, identify a first context based on the relationship between the attribute information of the person and the environment information, and set a traveling route of the electronic apparatus based on the first context; wherein the processor is further configured to: identify a first predicted context of the person based on the relationship between the attribute information of the person and the environment information, and change the traveling route of the electronic apparatus based on the first predicted context. a camera ; a memory configured to store attribute information of a plurality of objects, wherein the plurality of objects includes at least one person, and environment information; and a processor configured to: identify a person based on an image obtained by the camera, identify a relationship between attribute information of the person and the environment information, wherein the relationship indicates a state or an operation between the attribute information of the person and the environment information, identify a first context based on the relationship between the attribute information of the person and the environment information, and set a traveling route of the electronic apparatus based on the first context; wherein the processor is further configured to: identify a first predicted context of the person based on the relationship between the attribute information of the person and the environment information, and change the traveling route of the electronic apparatus based on the first predicted context. identify a person based on an image obtained by the camera, identify a relationship between attribute information of the person and the environment information, wherein the relationship indicates a state or an operation between the attribute information of the person and the environment information, identify a first context based on the relationship between the attribute information of the person and the environment information, and set a traveling route of the electronic apparatus based on the first context; wherein the processor is further configured to: identify a first predicted context of the person based on the relationship between the attribute information of the person and the environment information, and change the traveling route of the electronic apparatus based on the first predicted context. identify a first predicted context of the person based on the relationship between the attribute information of the person and the environment information, and change the traveling route of the electronic apparatus based on the first predicted context.
A probe system for optically probing a trench side-wall of a trench defined within a device under test (DUT) , which is defined on a substrate that defines a substrate surface , wherein the trench side-wall includes an optical device positioned a device distance below the substrate surface , the probe system comprising: a probing assembly that includes an optical probe that defines a probe tip and a distance sensor that defines a sensor surface , wherein the optical probe extends through a plane that extends within the sensor surface , and further wherein the probe tip is positioned on a sensor-opposed side of the plane ; a support surface configured to support the substrate ; a positioning assembly configured to selectively regulate a relative orientation between the probing assembly and the DUT ; and a controller programmed to control the operation of the probe system by: (i) determining a sensed distance between the sensor surface and the substrate surface ; (ii) calculating at least one probe distance between the optical probe and the substrate based, at least in part, on the sensed distance ; (iii) adjusting the relative orientation between the probing assembly and the DUT with the positioning assembly ; and (iv) regulating the adjustment of the relative orientation based, at least in part, on the at least one probe distance to maintain at least a threshold separation distance between the optical probe and the substrate . a probing assembly that includes an optical probe that defines a probe tip and a distance sensor that defines a sensor surface , wherein the optical probe extends through a plane that extends within the sensor surface , and further wherein the probe tip is positioned on a sensor-opposed side of the plane ; a support surface configured to support the substrate ; a positioning assembly configured to selectively regulate a relative orientation between the probing assembly and the DUT ; and a controller programmed to control the operation of the probe system by: (i) determining a sensed distance between the sensor surface and the substrate surface ; (ii) calculating at least one probe distance between the optical probe and the substrate based, at least in part, on the sensed distance ; (iii) adjusting the relative orientation between the probing assembly and the DUT with the positioning assembly ; and (iv) regulating the adjustment of the relative orientation based, at least in part, on the at least one probe distance to maintain at least a threshold separation distance between the optical probe and the substrate . (i) determining a sensed distance between the sensor surface and the substrate surface ; (ii) calculating at least one probe distance between the optical probe and the substrate based, at least in part, on the sensed distance ; (iii) adjusting the relative orientation between the probing assembly and the DUT with the positioning assembly ; and (iv) regulating the adjustment of the relative orientation based, at least in part, on the at least one probe distance to maintain at least a threshold separation distance between the optical probe and the substrate .
A gastight chamber (E) containing an inert gas, such as argon, the gastight chamber (E) including an inlet air lock (E1), the gastight chamber being characterized in that it further contains a polymerization station (K) for grafting a bioactive polymer, such as PolyNaSS, on an implant (I; H), the polymerization station (K) comprising: - a vessel (T; T 1 ; T 2 , T 3 ; T 4 ; T 5 ; T 6 ) for containing a monomer (X); - catalyst means (M; Suv; S'uv) a "bain-marie" (M) in which the vessel (T) is placed or at least one UV radiation source (Suv; S'uv) that irradiates the contents of the vessel (T 1 ; T 2 , T 3 ; T 4 ; T 5 ; T 6 ). that act on the monomer (X) of the vessel (T; T 1 ; T 2 , T 3 ; T 4 ; T 5 ; T 6 ) so as to accelerate polymerization; - an elevator (L) including a carriage (L1; L1') that is movable vertically above the vesse the carriage (L1; L1') that is provided with mounting means (L2; C) that are suitable for receiving implants (H) or a support structure (P) for supporting implants (I; H). so as to dip and extract them into and therefrom.the vessel (T; T 1 ; T 2 , T 3 ; T 4 ; T 5 ; T 6 ) - a vessel (T; T 1 ; T 2 , T 3 ; T 4 ; T 5 ; T 6 ) for containing a monomer (X); - catalyst means (M; Suv; S'uv) a "bain-marie" (M) in which the vessel (T) is placed or at least one UV radiation source (Suv; S'uv) that irradiates the contents of the vessel (T 1 ; T 2 , T 3 ; T 4 ; T 5 ; T 6 ). that act on the monomer (X) of the vessel (T; T 1 ; T 2 , T 3 ; T 4 ; T 5 ; T 6 ) so as to accelerate polymerization; - an elevator (L) including a carriage (L1; L1') that is movable vertically above the vesse the carriage (L1; L1') that is provided with mounting means (L2; C) that are suitable for receiving implants (H) or a support structure (P) for supporting implants (I; H). so as to dip and extract them into and therefrom.the vessel (T; T 1 ; T 2 , T 3 ; T 4 ; T 5 ; T 6 )
Hollow cathode system for generating a plasma, comprising at least two cathode tubes (11a; 11b), an anode device , a power supply device for providing an electrical voltage applied between the cathode tubes (11a; 11b) and the anode device and at least one gas reservoir for providing a gas that flows through the cathode tubes (11a; 11b), and wherein each cathode tube (11a; 11b) is assigned a separate actuator (17a; 17b), by means of which the amount of gas that flows through the cathode tube (11a; 11b) assigned to the actuator (17a; 17b) can be set, characterized in that the at least two cathode tubes (11a; 11b) are electrically conductively connected to one another.
Method for preparing a unit dosage form comprising admeasuring an amount of a pharmaceutical composition comprising an antibody or an antigen-binding fragment thereof which specifically binds human proprotein convertase subtilisin/kexin type 9 (hPCSK9) together with a pharmaceutically acceptable excipient or carrier, wherein the antibody or antigen-binding fragment thereof comprises the three heavy chain CDRs set forth in SEQ ID NOs: 76, 78, and 80 and the three light chain CDRs set forth in SEQ ID NOs: 84, 86, and 88, and tailoring the pharmaceutical composition as physically discrete units suitable as unitary dosages for human administration, wherein the unit dosage form comprises 75 mg, 150 mg, or 300 mg of the antibody or antigen-binding fragment thereof.
A housing for mounting an elongated container on an injection pen , this mounting housing comprising an elongated body that extends along a longitudinal axis (X30) and that defines an inner volume (V32) for receiving the container fully, while the body is provided, on the outside of a first axial end , with at least one first mechanical member for attaching a needle and, in the vicinity of a second axial end opposite the first axial end, with at least one second mechanical member for attaching the housing onto an injection pen ; characterized in that - the housing comprises, in the vicinity of its first axial end , at least one third mechanical member for irreversibly locking a container in position, fully contained in the inner volume (V32) of the body , and - the third member is an elastically deformable tab of the housing , which forms a single piece with the body , itself made in one piece, and is intended to ensure irreversible locking of the container in position in the inner volume (V32) of the body of the housing, by axially retaining a flange of the container. - the housing comprises, in the vicinity of its first axial end , at least one third mechanical member for irreversibly locking a container in position, fully contained in the inner volume (V32) of the body , and - the third member is an elastically deformable tab of the housing , which forms a single piece with the body , itself made in one piece, and is intended to ensure irreversible locking of the container in position in the inner volume (V32) of the body of the housing, by axially retaining a flange of the container.
A method, comprising: configuring a transmission resource for a channel state information reference signal, CSI-RS, using N antenna ports by applying K>1 resource configurations in each of a set of subframes to obtain the N=KNi antenna ports, each of the K resource configurations corresponding to N i antenna ports; and transmitting the K resource configurations and information indicating frequency domain density of the transmission resource in terms of resource blocks, to a user equipment, UE , wherein according to the frequency domain density, the CSI-RS is transmitted using a first group of resource blocks, wherein the first group of resource blocks comprises one resource block used for the CSI-RS every L>1 resource blocks in frequency domain, wherein the K resource configurations are applied to the first group of resource blocks. configuring a transmission resource for a channel state information reference signal, CSI-RS, using N antenna ports by applying K>1 resource configurations in each of a set of subframes to obtain the N=KNi antenna ports, each of the K resource configurations corresponding to N i antenna ports; and transmitting the K resource configurations and information indicating frequency domain density of the transmission resource in terms of resource blocks, to a user equipment, UE , wherein according to the frequency domain density, the CSI-RS is transmitted using a first group of resource blocks, wherein the first group of resource blocks comprises one resource block used for the CSI-RS every L>1 resource blocks in frequency domain, wherein the K resource configurations are applied to the first group of resource blocks.
A seat for automobile in which a back board equipped with a base material and a cover for covering that base material is attached to a back side of a seat back , the seat for automobile characterized in that said back board has a first region in which a first member of said base material is set, and a second region that is softer than the first region , and a coupling member for coupling said back board to said seat back is attached to said second region . said back board has a first region in which a first member of said base material is set, and a second region that is softer than the first region , and a coupling member for coupling said back board to said seat back is attached to said second region .
A compound represented by the following Chemical Formula 1, or a pharmaceutically acceptable salt thereof: wherein, in Chemical Formula 1, X 1 is N-R 1 , O, or S, X 2 is CH, or N, R 1 is ethyl, propyl, isopropyl, butyl, isobutyl, pentyl, isopentyl, neopentyl, cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, or 2-((tert-butoxycarbonyl)amino)ethyl, R 2 is hydrogen, C 1-5 alkyl, or halogen, and R 3 is hydrogen or C 1-5 alkyl. X 1 is N-R 1 , O, or S, X 2 is CH, or N, R 1 is ethyl, propyl, isopropyl, butyl, isobutyl, pentyl, isopentyl, neopentyl, cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, or 2-((tert-butoxycarbonyl)amino)ethyl, R 2 is hydrogen, C 1-5 alkyl, or halogen, and R 3 is hydrogen or C 1-5 alkyl.
Pressing apparatus of a bag for alimentary pasta, able to receive, from conveying means , said bag with an upper edge folded over the bag in substantially horizontal position, said pressing apparatus comprising at least one first and one second plate , which are mutually adjacent along a moving direction (L) of the bags and arranged on top with respect to the conveying means at a given height (D) which is greater than the height of the bag , characterized in that said at least one first and second plate are heating plates, and in that said pressing apparatus further comprises vertical moving means of said first and second heating plates in a direction perpendicular to said moving direction (L), configured to press said first heating plate over the bag in a first interval of time and also to press said second heating plate over the bag in a second interval of time, successive to the first interval of time.
An atherectomy catheter comprising: an elongate flexible catheter body ; an elongate deflectable nosecone coupled to the catheter body at a hinge point ; a rotatable cutter near the distal end of the catheter body; a drive shaft extending within the catheter body and configured to rotate the cutter; an optical fiber configured to rotate with the drive shaft; and a wedge configured to deflect the nosecone away from the catheter body at the hinge point upon axial movement of the drive shaft, characterized in that : (i) the optical fiber is attached to the cutter and extends through the drive shaft substantially on-axis with the catheter body , (ii) the hinge point includes a pin and the wedge is annular and is attached to the catheter body and the nosecone through the pin, and in that the annular wedge includes a lower lip and an upper slanted surface , the annular wedge being configured such that when the drive shaft is translated proximally, the cutter retracts proximally until it contacts the lower lip, causing the wedge to pivot away from the catheter body about an axis of the pin and deflect the nosecone away from the catheter body, wherein the cutter fits against an inner surface of the lip and against the upper slanted surface when the nosecone is in the fully open position. an elongate flexible catheter body ; an elongate deflectable nosecone coupled to the catheter body at a hinge point ; a rotatable cutter near the distal end of the catheter body; a drive shaft extending within the catheter body and configured to rotate the cutter; an optical fiber configured to rotate with the drive shaft; and a wedge configured to deflect the nosecone away from the catheter body at the hinge point upon axial movement of the drive shaft, characterized in that : (i) the optical fiber is attached to the cutter and extends through the drive shaft substantially on-axis with the catheter body , (ii) the hinge point includes a pin and the wedge is annular and is attached to the catheter body and the nosecone through the pin, (i) the optical fiber is attached to the cutter and extends through the drive shaft substantially on-axis with the catheter body , (ii) the hinge point includes a pin and the wedge is annular and is attached to the catheter body and the nosecone through the pin, and in that the annular wedge includes a lower lip and an upper slanted surface , the annular wedge being configured such that when the drive shaft is translated proximally, the cutter retracts proximally until it contacts the lower lip, causing the wedge to pivot away from the catheter body about an axis of the pin and deflect the nosecone away from the catheter body, wherein the cutter fits against an inner surface of the lip and against the upper slanted surface when the nosecone is in the fully open position.
A method of detecting information encoded in an optical signal, the method comprising: receiving an optical signal from free-space at a plurality of regions of an aperture, wherein the optical signal comprises wavefront aberrations; accumulating optical signal energy from the optical signal in associated regions of at least one optical resonator , to approach a steady state of accumulated optical signal energy in the associated regions, wherein the associated regions of the at least one optical resonator act on the optical signal substantially independent of adjacent and/or other regions of the optical resonator, such that the wavefront aberrations do not cause significant interference from one region to the next; outputting optical signal energy from the accumulated optical signal energy, the intensity of the output optical signal energy from each associated region proportional to the accumulated optical signal energy in each associated region; detecting combined output optical signal energy, the combined output optical signal energy being a combination of the output optical signal energy from a plurality of the associated regions; and determining a modulation characteristic of the received optical signal based on the detected combined output optical signal energy. receiving an optical signal from free-space at a plurality of regions of an aperture, wherein the optical signal comprises wavefront aberrations; accumulating optical signal energy from the optical signal in associated regions of at least one optical resonator , to approach a steady state of accumulated optical signal energy in the associated regions, wherein the associated regions of the at least one optical resonator act on the optical signal substantially independent of adjacent and/or other regions of the optical resonator, such that the wavefront aberrations do not cause significant interference from one region to the next; outputting optical signal energy from the accumulated optical signal energy, the intensity of the output optical signal energy from each associated region proportional to the accumulated optical signal energy in each associated region; detecting combined output optical signal energy, the combined output optical signal energy being a combination of the output optical signal energy from a plurality of the associated regions; and determining a modulation characteristic of the received optical signal based on the detected combined output optical signal energy.
A green phosphor comprising: an inorganic phosphor particle; and neodymium-containing particles attached on a surface of the inorganic phosphor particle, wherein the green phosphor has a light-emission local maximum wavelength in a range of from 500 nm to 570 nm. an inorganic phosphor particle; and neodymium-containing particles attached on a surface of the inorganic phosphor particle, wherein the green phosphor has a light-emission local maximum wavelength in a range of from 500 nm to 570 nm.