mhurhangee/patent-ind-claim-en huggingface dataset:
A rolling bearing comprising: an inner ring ; an outer ring disposed radially outwardly of the inner ring ; a plurality of rolling elements disposed between the inner ring and the outer ring ; and a retainer retaining the plurality of rolling elements along a circumferential direction, wherein the retainer includes a metal portion and a sliding resin portion , the metal portion includes communication holes each having a plurality of openings on a surface of the metal portion , and a resin is disposed in each of the communication holes to constitute a portion of the sliding resin portion , characterized in that the metal portion , which includes the communication holes , has portions each constituting a three-dimensional mesh lattice , wherein spaces defined by the lattice communicate with the outside and constitute the communication holes , the openings of the communication holes are disposed on pocket surfaces of the retainer and a layer formed of the resin constituting the sliding resin portion is formed on the pocket surfaces and a guide surface of the retainer . an inner ring ; an outer ring disposed radially outwardly of the inner ring ; a plurality of rolling elements disposed between the inner ring and the outer ring ; and a retainer retaining the plurality of rolling elements along a circumferential direction, wherein the retainer includes a metal portion and a sliding resin portion , the metal portion includes communication holes each having a plurality of openings on a surface of the metal portion , and a resin is disposed in each of the communication holes to constitute a portion of the sliding resin portion , characterized in that the metal portion , which includes the communication holes , has portions each constituting a three-dimensional mesh lattice , wherein spaces defined by the lattice communicate with the outside and constitute the communication holes , the openings of the communication holes are disposed on pocket surfaces of the retainer and a layer formed of the resin constituting the sliding resin portion is formed on the pocket surfaces and a guide surface of the retainer .
A method for performing wireless communication by a first device , the method being performed by the first device and comprising: mapping a first sidelink control information, SCI, to a resource related to a physical sidelink control channel, PSCCH; mapping, based on a resource block, RB, offset and a resource element, RE, offset related to a phase tracking-reference signal, PT-RS, the PT-RS to a resource related to a physical sidelink shared channel, PSSCH; mapping a second SCI to a resource to which the PT-RS is not mapped among the resource related to the PSSCH; and transmitting, to a second device , the first SCI, the second SCI, and the PT-RS, wherein the RB offset related to the PT-RS is a remainder obtained by dividing partial bits of a cyclic redundancy check, CRC, on the PSCCH by an RB unit value, K PT-RS , related to PT-RS mapping. mapping a first sidelink control information, SCI, to a resource related to a physical sidelink control channel, PSCCH; mapping, based on a resource block, RB, offset and a resource element, RE, offset related to a phase tracking-reference signal, PT-RS, the PT-RS to a resource related to a physical sidelink shared channel, PSSCH; mapping a second SCI to a resource to which the PT-RS is not mapped among the resource related to the PSSCH; and transmitting, to a second device , the first SCI, the second SCI, and the PT-RS, wherein the RB offset related to the PT-RS is a remainder obtained by dividing partial bits of a cyclic redundancy check, CRC, on the PSCCH by an RB unit value, K PT-RS , related to PT-RS mapping.
A head-mounted or helmet-mounted display apparatus comprising: an optical element which in use is disposed in front of an eye of a user, which is curved in both azimuth and elevation relative to the eye and at least a portion of which is configured to operate as a waveguide; a source of image-bearing light; input means for coupling a pupil of image-bearing light from the source into the at least a portion of the optical element operating as a waveguide so that the pupil of image-bearing light propagates therethrough by total internal reflection; and an output diffractive element located upon a surface of a curved section of the optical element and arranged to release the propagating pupil of image-bearing light from the optical element along the curved section, the output diffractive element having further optical power which in combination with optical power of the curved section of the optical element on which the output diffractive element is located, directs the released pupil of light to converge so as to provide a visible image to the user's eye, wherein the input means comprise an input diffractive element; the further optical power of the output diffractive element comprises optical power in azimuth relative to the user's eye the output diffractive element includes grating lines and the grating lines include a curved portion in azimuth arranged to provide said further optical power; and the optical power of the output diffractive element is provided by non-parallel diffractive features. an optical element which in use is disposed in front of an eye of a user, which is curved in both azimuth and elevation relative to the eye and at least a portion of which is configured to operate as a waveguide; a source of image-bearing light; input means for coupling a pupil of image-bearing light from the source into the at least a portion of the optical element operating as a waveguide so that the pupil of image-bearing light propagates therethrough by total internal reflection; and an output diffractive element located upon a surface of a curved section of the optical element and arranged to release the propagating pupil of image-bearing light from the optical element along the curved section, the output diffractive element having further optical power which in combination with optical power of the curved section of the optical element on which the output diffractive element is located, directs the released pupil of light to converge so as to provide a visible image to the user's eye, wherein the input means comprise an input diffractive element; the further optical power of the output diffractive element comprises optical power in azimuth relative to the user's eye the output diffractive element includes grating lines and the grating lines include a curved portion in azimuth arranged to provide said further optical power; and the optical power of the output diffractive element is provided by non-parallel diffractive features.
A method of balancing printing workload across multiple cells in a cellular printing environment, the method comprising: compiling a listing of a plurality of jobs and cells using a computer operable processor , wherein each of the plurality of jobs are to be produced by at least some of the plurality of cells, and each of the cells include at least one production device ; assigning the jobs to the cells using an earliest-completion-route algorithm by, for each job: enumerating all feasible routes in the cellular printing environment that have the minimum number of inter-cell hops; for each enumerated route, finding a schedule that uses only those cells identified by the route; and selecting the route and the corresponding schedule that finishes the job the earliest; and generating a job schedule for job production based on the results of the earliest-completion-route algorithm. compiling a listing of a plurality of jobs and cells using a computer operable processor , wherein each of the plurality of jobs are to be produced by at least some of the plurality of cells, and each of the cells include at least one production device ; assigning the jobs to the cells using an earliest-completion-route algorithm by, for each job: enumerating all feasible routes in the cellular printing environment that have the minimum number of inter-cell hops; for each enumerated route, finding a schedule that uses only those cells identified by the route; and selecting the route and the corresponding schedule that finishes the job the earliest; and enumerating all feasible routes in the cellular printing environment that have the minimum number of inter-cell hops; for each enumerated route, finding a schedule that uses only those cells identified by the route; and selecting the route and the corresponding schedule that finishes the job the earliest; and generating a job schedule for job production based on the results of the earliest-completion-route algorithm.
A manipulated limbal epithelial stem cell for use in a method of preventing, ameliorating or treating corneal dystrophy in a subject in need thereof, wherein said manipulated limbal epithelial stem cell is obtained by a method comprising manipulating a nucleic acid mutation in a corneal dystrophy target nucleic acid in a limbal epithelial stem cell from said subject to correct the nucleic acid mutation by replacing the mutant allele with a wild type allele through homologous recombination with a homology repair nucleic acid containing said wild type allele, wherein said corneal dystrophy target nucleic acid is a TGFβI, COL4A1, COL4A2, COL4A3, COL4A4, LOX, SPARC, LRRN1, HGF, AKAP13, ZNF469, ATG12P2, GS1-256O22.5, PLEKHA6, APOL4, SLC44A3, SLC6A18, SLC29A3, RANBP3L, KCNMA1, MUC5AC, CROCC, ATHL1, PLP1, KRT3, KRT12, GSN or UBIAD1 target nucleic acid. wherein said manipulated limbal epithelial stem cell is obtained by a method comprising manipulating a nucleic acid mutation in a corneal dystrophy target nucleic acid in a limbal epithelial stem cell from said subject to correct the nucleic acid mutation by replacing the mutant allele with a wild type allele through homologous recombination with a homology repair nucleic acid containing said wild type allele, wherein said corneal dystrophy target nucleic acid is a TGFβI, COL4A1, COL4A2, COL4A3, COL4A4, LOX, SPARC, LRRN1, HGF, AKAP13, ZNF469, ATG12P2, GS1-256O22.5, PLEKHA6, APOL4, SLC44A3, SLC6A18, SLC29A3, RANBP3L, KCNMA1, MUC5AC, CROCC, ATHL1, PLP1, KRT3, KRT12, GSN or UBIAD1 target nucleic acid.
Adapter unit provided for coupling, in particular releasable coupling, of a wiper blade to a wiper arm , having a wind deflector surface which is configured to deflect an incident flow of air and to press the wiper blade against a vehicle window, and having a pivot bearing which is configured to mount the wiper arm pivotably relative to the wiper blade , wherein the pivot bearing has at least two columns arranged largely vertically on an adapter base surface , wherein each of the columns has a respective hinge pin which is oriented parallel or largely parallel to a bearing axis and is provided for mounting the wiper arm and/or a wiper arm adapter unit , wherein a column of the at least two columns that faces the wind has a lower height than a column of the at least two columns that faces away from the wind, in particular wherein a height of the at least two columns corresponds to a height profile of the wind deflector surface , characterized in that the hinge pins have a larger pin radius on a pin underside facing the adapter base surface than on a pin upper side facing away from the adapter base surface .
An apparatus, comprising: a memory; a timing circuit comprising a dummy bit line configured to emulate a first operation of the memory to activate a second operation of the memory; a sensor configured to emulate the dummy bit line of the timing circuit, wherein the sensor comprises a ring oscillator, and the ring oscillator comprises at least one stage having a dummy bitline; and a controller configured to adjust an operating parameter of the memory based on the sensor emulating the portion of the timing circuit. a memory; a timing circuit comprising a dummy bit line configured to emulate a first operation of the memory to activate a second operation of the memory; a sensor configured to emulate the dummy bit line of the timing circuit, wherein the sensor comprises a ring oscillator, and the ring oscillator comprises at least one stage having a dummy bitline; and a controller configured to adjust an operating parameter of the memory based on the sensor emulating the portion of the timing circuit.
A device for holding in a half-open position a door leaf element on a fixed portion of a body of a motor vehicle, comprising a spacing element provided to be fixed on a fixed portion of the vehicle body or on the door leaf element , this spacing element comprising a base provided for a fixation of the spacing element on the fixed portion or on the door leaf element , characterized in that the spacing element comprises: - a connecting member attached to the base and including an elastically deformable zone designed to be deformed under the action of stresses exerted by a holding member presented by the door leaf element or the fixed portion, - a retaining member attached to the connecting member and including an elastically deformable zone designed to be deformed under the action of stresses exerted by the holding member. - a connecting member attached to the base and including an elastically deformable zone designed to be deformed under the action of stresses exerted by a holding member presented by the door leaf element or the fixed portion, - a retaining member attached to the connecting member and including an elastically deformable zone designed to be deformed under the action of stresses exerted by the holding member.
A person support apparatus comprising: a base frame ; a primary support frame supported on the base frame ; a support deck coupled to the primary support frame , the support deck comprising a bottom surface ; a first image capturing device coupled to the base frame , the first image capturing device is positioned at the head end of the person support apparatus , the first image capturing device comprising a field of view that is directed toward the bottom surface of the support deck ; characterized in that the person support apparatus further comprises a second image capturing device coupled to the base frame , the second image capturing device is positioned at the foot end of the person support apparatus , the second image capturing device comprising a field of view that is directed toward the bottom surface of at least one of a torso segment and a leg segment of the support deck ; and a display unit communicatively coupled to at least one of the first image capturing device and the second image capturing device , wherein the display unit displays images captured by at least one of the first image capturing device and the second image capturing device . a base frame ; a primary support frame supported on the base frame ; a support deck coupled to the primary support frame , the support deck comprising a bottom surface ; a first image capturing device coupled to the base frame , the first image capturing device is positioned at the head end of the person support apparatus , the first image capturing device comprising a field of view that is directed toward the bottom surface of the support deck ; characterized in that the person support apparatus further comprises a second image capturing device coupled to the base frame , the second image capturing device is positioned at the foot end of the person support apparatus , the second image capturing device comprising a field of view that is directed toward the bottom surface of at least one of a torso segment and a leg segment of the support deck ; and a display unit communicatively coupled to at least one of the first image capturing device and the second image capturing device , wherein the display unit displays images captured by at least one of the first image capturing device and the second image capturing device .
An information processing device used in a mounting system including multiple mounting-related devices (11; 12; 13; 15) each having a display section configured to visually notify an operator (M) of information and an attachment portion (26; 27) to which a member is attached and related to a process of mounting a component (P) on a processing target object (S), and a moving work device that is moved between the multiple mounting-related devices to automatically attach and detach the member to and from the attachment portion, the information processing device characterized by : a control section configured to output, to the display section, notification information including work details, including replacements by the operator and the moving work device, in association with a status of the moving work device based on a predetermined priority order based on continuation of processes of the mounting-related devices.
An authentication method in an Enrollment over Secured Transport, EST, solution based on a constraint network protocol to be applied to a constraint network in an internet of things environment, comprising: receiving, by a first network node being an EST server, an enrollment request from a second network node , being an EST client; obtaining, by the first network node , position information of the second network node ; and authenticating, by the first network node , the second network node according to the obtained position information of the second network node , when for the authentication the first network node determines that the second network node is within a preset trustable region, wherein when establishing a bottomlayer Datagram Transport Layer Security, DTLS, connection to the second network node , the first network node does not provide a certificate, and the first network node determines the position information of the second network node to perform the authentication operation. receiving, by a first network node being an EST server, an enrollment request from a second network node , being an EST client; obtaining, by the first network node , position information of the second network node ; and authenticating, by the first network node , the second network node according to the obtained position information of the second network node , when for the authentication the first network node determines that the second network node is within a preset trustable region, wherein when establishing a bottomlayer Datagram Transport Layer Security, DTLS, connection to the second network node , the first network node does not provide a certificate, and the first network node determines the position information of the second network node to perform the authentication operation.
The following compound , a tautomer or a stereoisomer of the compound, or a pharmacologically acceptable salt thereof: 2-(Dimethylamino)-N-[4-(2-oxo-2,3-dihydro-1H-naphtho[1,2-e] diazepin-5-yl)phenyl]nicotinamide;
A method for measuring the temperature of food during preparation by using a basin , a thermostat adapted to measure the temperature of water within the basin , a heating element in thermal communication with the basin , and a controller in electrical communication with the thermostat , heating element, and a user interface , the method comprising the steps of: inputting a desired temperature value at the user interface , causing the controller to direct the heating element to heat the water in the basin until the thermostat indicates that the desired temperature has been reached; measuring an eBase for the basin where eBase is the energy required to maintain the water bath at the desired temperature; storing the value of the eBase at the controller ; transmitting a notification when eBase has been stored; placing a food item in the water bath; measuring an eOperation of the basin with the food item in the water basin , wherein eOperation is the energy required to maintain the water bath at the selected temperature with the food item in the water basin ; and transmitting a notification when eOperation is substantially equal to eBase. inputting a desired temperature value at the user interface , causing the controller to direct the heating element to heat the water in the basin until the thermostat indicates that the desired temperature has been reached; measuring an eBase for the basin where eBase is the energy required to maintain the water bath at the desired temperature; storing the value of the eBase at the controller ; transmitting a notification when eBase has been stored; placing a food item in the water bath; measuring an eOperation of the basin with the food item in the water basin , wherein eOperation is the energy required to maintain the water bath at the selected temperature with the food item in the water basin ; and transmitting a notification when eOperation is substantially equal to eBase.
A holographic sighting system for a weapon comprising: an upper housing assembly; a lower housing assembly enclosing two dielectric folding mirrors , an on-axis collimating lens , and a high efficiency achromatizing holographic optical element ; an image hologram ; an anti-reflective glass viewing window ; a power source ; a laser diode light source driven by a microcontroller circuit; and a prism ; wherein the image hologram is a reticule pattern; wherein the high efficiency achromatizing holographic optical element is a holographic transmission grating ; wherein the holographic sighting system is configured such that the laser diode light source emits a laser beam that is turned by the first dielectric folding mirror and again by the second dielectric folding mirror , the beam then being collimated by the collimating lens , the collimated beam being incident on the prism and then on the holographic transmission grating , the diffracted beam then being incident on the image hologram and being diffracted by the same amount; wherein said upper housing is movable relative to said lower housing; and wherein said image hologram, said window, said power source and said laser diode light source each positioned in either of said upper housing or said lower housing. an upper housing assembly; a lower housing assembly enclosing two dielectric folding mirrors , an on-axis collimating lens , and a high efficiency achromatizing holographic optical element ; an image hologram ; an anti-reflective glass viewing window ; a power source ; a laser diode light source driven by a microcontroller circuit; and a prism ; wherein the image hologram is a reticule pattern; wherein the high efficiency achromatizing holographic optical element is a holographic transmission grating ; wherein the holographic sighting system is configured such that the laser diode light source emits a laser beam that is turned by the first dielectric folding mirror and again by the second dielectric folding mirror , the beam then being collimated by the collimating lens , the collimated beam being incident on the prism and then on the holographic transmission grating , the diffracted beam then being incident on the image hologram and being diffracted by the same amount; wherein said upper housing is movable relative to said lower housing; and wherein said image hologram, said window, said power source and said laser diode light source each positioned in either of said upper housing or said lower housing.