mhurhangee/ep-ind-claims huggingface dataset:
A method for extending the operating time of a security element (4a, 4b) having an integrated semiconductor circuit with the method steps of: - detecting a functional state of the integrated semiconductor circuit of the security element (4a, 4b); - supplying a data set by the security element (4a, 4b) for a remote server entity, wherein the data set includes the functional state; - wherein the functional state comprises the number of access events to at least one memory subregion of a nonvolatile memory of the security element (4a, 4b), wherein the number is detected by an access detection unit of the security element (4a, 4b); and - wherein the use of the nonvolatile memory is adapted when a predefined threshold value of the detected number of access events is exceeded, - wherein the access event is a write access event and the write access event is initiated on the terminal side, server side and/or security element side, - wherein the data set is automatically sent by the security element (4a, 4b) as soon as the exceeding of the predefined threshold value is recognized, characterized in that the data set is requested by the server entity for ascertaining the functional state of the security element (4a, 4b), wherein, in dependence on the data set, applications (Appl) and/or services on the security element (4a, 4b) are adapted. - detecting a functional state of the integrated semiconductor circuit of the security element (4a, 4b); - supplying a data set by the security element (4a, 4b) for a remote server entity, wherein the data set includes the functional state; - wherein the functional state comprises the number of access events to at least one memory subregion of a nonvolatile memory of the security element (4a, 4b), wherein the number is detected by an access detection unit of the security element (4a, 4b); and - wherein the use of the nonvolatile memory is adapted when a predefined threshold value of the detected number of access events is exceeded, - wherein the access event is a write access event and the write access event is initiated on the terminal side, server side and/or security element side, - wherein the data set is automatically sent by the security element (4a, 4b) as soon as the exceeding of the predefined threshold value is recognized,
A method of operation of a User Equipment device, UE, in a wireless system, comprising: performing (104, 202, 304) uplink Listen-Before-Talk, LBT, on one or more candidate carriers for switched carrier Sounding Reference Signal, SRS, transmission; and performing (106, 206, 308) a switched carrier SRS transmission on at least one candidate carrier of the one or more candidate carriers that is determined to be available as a result of performing (104, 202, 304) the uplink LBT on the one or more candidate carriers, wherein performing the switched carrier SRS transmission on the at least one candidate carrier comprises performing the switched carrier SRS transmission on the at least one candidate carrier in accordance with an SRS transmission multiplexing configuration for a respective group of UEs, and the SRS transmission multiplexing configuration comprises one of (i) a cyclic shift, (ii) a time-domain Orthogonal Cover Code, OCC, (iii) an intra-symbol frequency-domain OCC and a cyclic shift. performing (104, 202, 304) uplink Listen-Before-Talk, LBT, on one or more candidate carriers for switched carrier Sounding Reference Signal, SRS, transmission; and performing (106, 206, 308) a switched carrier SRS transmission on at least one candidate carrier of the one or more candidate carriers that is determined to be available as a result of performing (104, 202, 304) the uplink LBT on the one or more candidate carriers, wherein performing the switched carrier SRS transmission on the at least one candidate carrier comprises performing the switched carrier SRS transmission on the at least one candidate carrier in accordance with an SRS transmission multiplexing configuration for a respective group of UEs, and the SRS transmission multiplexing configuration comprises one of (i) a cyclic shift, (ii) a time-domain Orthogonal Cover Code, OCC, (iii) an intra-symbol frequency-domain OCC and a cyclic shift.
Device for producing strip wound tube products that can be used as conduit element in motor vehicles, comprising: - a winding machine for winding a strip into a strip wound tube; - a finishing machine for separating sections of said strip wound tube; - a force decoupling unit for absorbing axial forces from the strip wound tube, which are introduced into the strip wound tube by the winding machine and by the finishing machine, characterized in that the force decoupling unit has at least one contact element, which - is in axial direction in form-fitting contact with the strip wound tube, or - is in frictional contact with the strip wound tube so that an axial movement of the strip wound tube relative to the contact element causes a friction force in axial direction that inhibits the movement. - a winding machine for winding a strip into a strip wound tube; - a finishing machine for separating sections of said strip wound tube; - a force decoupling unit for absorbing axial forces from the strip wound tube, which are introduced into the strip wound tube by the winding machine and by the finishing machine, characterized in that the force decoupling unit has at least one contact element, which - is in axial direction in form-fitting contact with the strip wound tube, or - is in frictional contact with the strip wound tube so that an axial movement of the strip wound tube relative to the contact element causes a friction force in axial direction that inhibits the movement.
A method for random access by a mobile station in a wireless network, the method comprising: receiving, from a base station, first information regarding a configuration of at least one receive beam of the base station to receive a random access signal and second information regarding a configuration of at least one transmit beam of the mobile station to transmit the random access signal; configuring the at least one transmit beam for transmitting the random access signal based on the first information and the second information; and transmitting, to the base station, the random access signal via the at least one transmit beam of the mobile station, wherein the first information comprises timing information of the at least one receive beam of the base station, and characterized in that the second information indicates a maximum number of the at least one transmit beam that are formed by steering at each RF chain. receiving, from a base station, first information regarding a configuration of at least one receive beam of the base station to receive a random access signal and second information regarding a configuration of at least one transmit beam of the mobile station to transmit the random access signal; configuring the at least one transmit beam for transmitting the random access signal based on the first information and the second information; and transmitting, to the base station, the random access signal via the at least one transmit beam of the mobile station, wherein the first information comprises timing information of the at least one receive beam of the base station, and characterized in that the second information indicates a maximum number of the at least one transmit beam that are formed by steering at each RF chain.
A color filter substrate for a display device having a pixel defined by a plurality of subpixels, comprising: a substrate; and a plurality of color filters provided in a region of the substrate corresponding to the pixel, characterized in that, the plurality of color filters include: first and second red color filters for allowing red light to be transmitted therethrough; a single green color filter for allowing green light to be transmitted therethrough; a single blue color filter for allowing blue light to be transmitted therethrough; and a single yellow color filter for allowing yellow light to be transmitted therethrough. a substrate; and a plurality of color filters provided in a region of the substrate corresponding to the pixel, characterized in that, the plurality of color filters include: first and second red color filters for allowing red light to be transmitted therethrough; a single green color filter for allowing green light to be transmitted therethrough; a single blue color filter for allowing blue light to be transmitted therethrough; and a single yellow color filter for allowing yellow light to be transmitted therethrough.
A method, comprising: receiving a first image of a prostate, wherein the first image is acquired with a first imaging modality; segmenting the prostate in the first image to show a border of the prostate; acquiring a second image of the prostate, wherein the second image is acquired with a second imaging modality; performing a first registration to match an orientation of the first image to an orientation of the second image and a feature of the prostate in the first and second images; acquiring third images of the prostate, wherein the third images are acquired with the second imaging modality and compounded into a three-dimensional, 3D, image; segmenting the prostate in the compounded 3D image to show a border of the prostate, wherein the segmentation uses parameters of the first registration and a binary mask of the prostate in the first image; performing a second registration and then a third registration different from the second registration on distance maps generated from the prostate's border obtained from the segmentation of the prostate in first image and from the prostate's border obtained from the segmentation of the prostate in the compounded 3D image, wherein the first and second registrations are based on a biomechanical property of the prostate; and mapping a region of interest in the first image to the compounded 3D image or a fourth image of the prostate acquired with the second modality, wherein the mapping is based on a result of the second and third registrations. receiving a first image of a prostate, wherein the first image is acquired with a first imaging modality; segmenting the prostate in the first image to show a border of the prostate; acquiring a second image of the prostate, wherein the second image is acquired with a second imaging modality; performing a first registration to match an orientation of the first image to an orientation of the second image and a feature of the prostate in the first and second images; acquiring third images of the prostate, wherein the third images are acquired with the second imaging modality and compounded into a three-dimensional, 3D, image; segmenting the prostate in the compounded 3D image to show a border of the prostate, wherein the segmentation uses parameters of the first registration and a binary mask of the prostate in the first image; performing a second registration and then a third registration different from the second registration on distance maps generated from the prostate's border obtained from the segmentation of the prostate in first image and from the prostate's border obtained from the segmentation of the prostate in the compounded 3D image, wherein the first and second registrations are based on a biomechanical property of the prostate; and mapping a region of interest in the first image to the compounded 3D image or a fourth image of the prostate acquired with the second modality, wherein the mapping is based on a result of the second and third registrations.
A process for measuring a concentration of a chemical species in an aqueous sample comprising: providing an aqueous sample containing the chemical species, the sample being obtained from industrial water or agricultural water or waste water or water for aquaculture or a body of water selected from an ocean, a sea, an estuary, a river, a reservoir, a lake, a ditch or a pond; mixing the aqueous sample with a first reagent that comprises a solution of a molybdenum VI salt to provide a first solution; mixing the first solution with a second reagent that comprises a reducing agent to form a second solution; and measuring a property of the second solution to determine the concentration of the chemical species; wherein polyvinylpyrrolidone is added to the aqueous sample, the first reagent, the second reagent, the first solution and/or the second solution such that the second solution comprises no more than 0.5% (w/v) polyvinylpyrrolidone. providing an aqueous sample containing the chemical species, the sample being obtained from industrial water or agricultural water or waste water or water for aquaculture or a body of water selected from an ocean, a sea, an estuary, a river, a reservoir, a lake, a ditch or a pond; mixing the aqueous sample with a first reagent that comprises a solution of a molybdenum VI salt to provide a first solution; mixing the first solution with a second reagent that comprises a reducing agent to form a second solution; and measuring a property of the second solution to determine the concentration of the chemical species; wherein polyvinylpyrrolidone is added to the aqueous sample, the first reagent, the second reagent, the first solution and/or the second solution such that the second solution comprises no more than 0.5% (w/v) polyvinylpyrrolidone.
Detection module for the connection to a microscope for the purpose of manufacturing a motion-detecting microscope system, comprising at least one inner housing part and an outer housing part which can be displaced with respect to each other in the direction of the optical axis of the object beam, a non-linear optical photorefractive medium, a beam coupling unit for coupling of a reference beam into the non-linear optical medium, a reception area which is arranged at the outer housing part and by means of which the detection module can be arranged at the lens barrel of a microscope so as to be detachable in such a manner that an object beam that is imaged by the microscope lens and that is coherent to the reference beam couples with the reference beam in the non-linear optical medium, means for the relative adjustment of the object beam and/or of the reference beam, a beam exit opening in the outer housing part which is arranged opposite the lens barrel and at which an image acquisition system can be attached in a releasable manner, wherein the non-linear optical medium and the beam coupling unit are arranged in or at the inner housing part and can be displaced together with the same on the optical axis of the object beam.
A wireline system for use on a drill rig comprising a mast, a drill string, and a drill head configured to impart rotation to the drill string within a drilling formation, the mast having a longitudinal axis and opposed first and second ends (214, 216), the first end of the mast being configured for positioning proximate the drilling formation, the drill rig having a first transverse axis and a second transverse axis extending perpendicularly relative to the first transverse axis, wherein when the mast is positioned in a vertical position, the first and second transverse axes (202, 204) are substantially perpendicular to the longitudinal axis of the mast, wherein the first transverse axis divides the drill rig into a front portion and a back portion, wherein the second transverse axis extends from the front portion of the drill rig to the back portion of the drill rig, characterised in that the wireline system comprises: a wireline assembly operatively secured to the mast at a first axial location relative to the longitudinal axis of the mast, the first axial location being proximate the first end of the drill mast, wherein the wireline assembly comprises a drum configured for engagement with a drilling cable; and a roller assembly operatively secured to the mast at a second axial location relative to the longitudinal axis of the mast, the second axial location being positioned between the first axial location and the second end of the mast relative to the longitudinal axis of the mast, wherein the roller assembly is configured for engagement with the drilling cable, wherein the wireline assembly and the roller assembly are positioned within the front portion of the drill rig, and wherein at least a portion of the wireline assembly and at least a portion of the roller assembly are axially spaced from the mast relative to the second transverse axis. a wireline assembly operatively secured to the mast at a first axial location relative to the longitudinal axis of the mast, the first axial location being proximate the first end of the drill mast, wherein the wireline assembly comprises a drum configured for engagement with a drilling cable; and a roller assembly operatively secured to the mast at a second axial location relative to the longitudinal axis of the mast, the second axial location being positioned between the first axial location and the second end of the mast relative to the longitudinal axis of the mast, wherein the roller assembly is configured for engagement with the drilling cable, wherein the wireline assembly and the roller assembly are positioned within the front portion of the drill rig, and wherein at least a portion of the wireline assembly and at least a portion of the roller assembly are axially spaced from the mast relative to the second transverse axis.
A chitosan composition comprising at least one type of chitosan having a degree of acetylation in the range of from 30% to 60%, and at least one type of chitosan having a degree of deacetylation of at least 70%, wherein the composition further comprises a negatively charged polysaccharide, and wherein the composition forms a hydrogel at near physiological pH and at 37°C.
A light source device (1, 1a to 1d, 51, 51a, 51b) that emits illumination light including excitation light and wavelength-converted light obtained by wavelength conversion of a portion of the excitation light, the light source device (1, 1a to 1d, 51, 51a, 51b) comprising: an excitation light source that emits the excitation light; a light-emitting section that upon receipt of the excitation light emitted from the excitation light source, emits both the excitation light and the wavelength-converted light as illumination light; a light-mixing section (18, 18A, 53) that mixes the excitation light and the wavelength-converted light contained in the illumination light emitted by the light-emitting section; a light projection section (17, 20) that projects the illumination light emitted by the light-emitting section in a predetermined direction, wherein the light-mixing section (18, 18A, 53) is a diffusion plate (18, 18A) that transmits and diffuses the illumination light; characterized in that the light projection section (17, 20) is a projector lens; the projector lens is provided so as to abut the diffusion plate (18, 18A) and has a light incidence surface and a light exit surface; and at least one region of the diffusion plate (18, 18A) is provided to cover at least a cross section of the light incidence surface of the projector lens. an excitation light source that emits the excitation light; a light-emitting section that upon receipt of the excitation light emitted from the excitation light source, emits both the excitation light and the wavelength-converted light as illumination light; a light-mixing section (18, 18A, 53) that mixes the excitation light and the wavelength-converted light contained in the illumination light emitted by the light-emitting section; a light projection section (17, 20) that projects the illumination light emitted by the light-emitting section in a predetermined direction, wherein the light-mixing section (18, 18A, 53) is a diffusion plate (18, 18A) that transmits and diffuses the illumination light; characterized in that the light projection section (17, 20) is a projector lens; the projector lens is provided so as to abut the diffusion plate (18, 18A) and has a light incidence surface and a light exit surface; and at least one region of the diffusion plate (18, 18A) is provided to cover at least a cross section of the light incidence surface of the projector lens.
A wireless communication method for use in an anchor node, the method comprising: receiving, from a serving node, a context request message associated with a wireless terminal, wherein a first key and a first next hop chaining count are transmitted to the wireless terminal in a previous connection between the anchor node and the wireless terminal and wherein a second key determined based on the first key and the first next hop chaining count is used by the anchor node, and transmitting, to the serving node, a context response message comprising a third key which is different from the second key and a second next hop chaining count. receiving, from a serving node, a context request message associated with a wireless terminal, wherein a first key and a first next hop chaining count are transmitted to the wireless terminal in a previous connection between the anchor node and the wireless terminal and wherein a second key determined based on the first key and the first next hop chaining count is used by the anchor node, and transmitting, to the serving node, a context response message comprising a third key which is different from the second key and a second next hop chaining count.
A stepless liftable device, comprises a mounting member and a movable pipe configured to be lifted up and lowered down and be disposed on the mounting member, wherein the stepless liftable device further comprises a mounting base fixedly disposed on the mounting member, the movable pipe is configured to be lifted up and lowered down and is disposed on the mounting base, the mounting base comprises a mounting cavity facing the movable pipe, one or more sliders and one or more elastic bodies are disposed in the mounting cavity, the one or more sliders are configured to slide relative to the mounting base, the one or more sliders define sliding directions obliquely arranged and are further away from the movable pipe when their positions become higher, the one or more sliders are disposed with friction layers, the one or more elastic bodies are connected to the one or more sliders to generate downward elastic forces along the sliding directions of the one or more sliders, and the friction layers cooperate with an outer wall of the movable pipe to generate friction forces, wherein the mounting member extends inward to define a mounting hole, the mounting base is fixedly disposed in the mounting hole, a fixing member is further fixedly connected to the mounting hole, and the mounting base is fixedly disposed in the mounting member through the fixing member.
A method of amplifying RNA from a direct blood sample comprising: (a) adding the direct blood sample to a sample buffer, (b) bead beating the sample buffer, (c) extracting the RNA from the sample buffer, (d) amplifying the RNA, wherein steps (a) through (d) are performed without centrifugation, ethanol precipitation, and DNA digestion; and wherein the sample buffer comprises a chaotropic agent. (a) adding the direct blood sample to a sample buffer, (b) bead beating the sample buffer, (c) extracting the RNA from the sample buffer, (d) amplifying the RNA, wherein steps (a) through (d) are performed without centrifugation, ethanol precipitation, and DNA digestion; and wherein the sample buffer comprises a chaotropic agent. wherein steps (a) through (d) are performed without centrifugation, ethanol precipitation, and DNA digestion; and wherein the sample buffer comprises a chaotropic agent.