mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining working heights which are independent of the type of coupling of a plurality of agricultural implements by means of a sensor system , wherein the sensor system has at least one sensor for receiving measurement data and a control system , wherein the implements can be coupled to an agricultural working machine via at least one equipment interface by means of different types of coupling, wherein the implements are temporarily coupled to the agricultural working machine by means of the different types of coupling, characterized in that the control system determines the coupling type-independent working heights of the differently coupled implements in the coupled state by using the same sensor and in that the control system displays the determined coupling type-independent working heights by means of the agricultural working machine and/or uses the determined coupling type-independent working heights for the control and/or regulation of the agricultural working machine and/or of the agricultural implement , wherein a coupling type-independent working height is a working height which is not calculated relative to the equipment interface .
Scan post suitable for being used in designing a dental implant prosthesis, the scan post comprising a scan post core comprising a prosthetic connection defining a connection axis , a pillar defining a pillar axis , a shoulder located between the pillar and the prosthetic connection and a core mark ; a scan post body adapted to be installed around the pillar of the scan post core and resting in the shoulder of the scan post core , the scan post body defining a body axis , wherein at least part of the scan post body is intended to be in contact with healing tissue; wherein the pillar comprises at least a portion of a cylinder which has an outer diameter; the scan post body comprises a central cavity with a first portion having a cylindrical shape with a diameter such to fit the portion of a cylinder of the pillar, so that when the body is installed around the pillar, the scan post body is allowed to freely rotate around the scan post core with lateral stability; and the scan post further comprises a securing screw which is configured to securely attach the scan post body to the scan post core when a desired position of the scan post body with respect to the scan post core is achieved; and the scan post further comprises an auxiliary securing screw configured to securely attach the scan post core to an implant . a scan post core comprising a prosthetic connection defining a connection axis , a pillar defining a pillar axis , a shoulder located between the pillar and the prosthetic connection and a core mark ; a scan post body adapted to be installed around the pillar of the scan post core and resting in the shoulder of the scan post core , the scan post body defining a body axis , wherein at least part of the scan post body is intended to be in contact with healing tissue; the pillar comprises at least a portion of a cylinder which has an outer diameter; the scan post body comprises a central cavity with a first portion having a cylindrical shape with a diameter such to fit the portion of a cylinder of the pillar, so that when the body is installed around the pillar, the scan post body is allowed to freely rotate around the scan post core with lateral stability; and the scan post further comprises a securing screw which is configured to securely attach the scan post body to the scan post core when a desired position of the scan post body with respect to the scan post core is achieved; and the scan post further comprises an auxiliary securing screw configured to securely attach the scan post core to an implant .
A communication device arranged for transmitting information from a medicament delivery device , the communication device comprising: - at least one rotation detection arrangement, configured to detect a rotation of at least one physical part of said medicament delivery device ; - at least one determination unit configured to determine information related to a medicament delivery performed by said medicament delivery device ; - at least one activation unit configured to activate said at least one determination unit based on said detected rotation; and - at least one transmission unit configured to provide a wireless transmission of said information to an external receiving device, - characterized in that the whole communication device is activated by the at least one activation unit when said rotation is detected. - at least one rotation detection arrangement, configured to detect a rotation of at least one physical part of said medicament delivery device ; - at least one determination unit configured to determine information related to a medicament delivery performed by said medicament delivery device ; - at least one activation unit configured to activate said at least one determination unit based on said detected rotation; and - at least one transmission unit configured to provide a wireless transmission of said information to an external receiving device, - characterized in that the whole communication device is activated by the at least one activation unit when said rotation is detected.
A line card for use in a communications network node having a plurality of line cards, said line card, in use, being in communication with a routing processor shared by the line cards, said line card having: one or more line interfaces for connection to communication lines in a communications network, said interfaces being arranged to receive network packets addressed to nodes in said communications network; one or more interfaces arranged to transmit network packets processed by said line card to another of said line cards; said line card being arranged in operation to: i) receive a link state advertisement from another router via a communications line terminating at the line card; ii) pass said link state advertisement to the shared routing processor for input into a routing process run by the shared routing processor which occasionally generates a set of routes for use by the line card; iii) receive said set of routes from said shared routing processor ; and iv) route incoming packets on the basis of the received set of routes ; said line card being characterised by : being arranged to further respond to receiving said link state advertisement from another router by calculating one or more interim routes taking said received link state advertisement into account, and routing incoming packets over said interim routes until said set of routes is received from said shared routing processor . one or more line interfaces for connection to communication lines in a communications network, said interfaces being arranged to receive network packets addressed to nodes in said communications network; one or more interfaces arranged to transmit network packets processed by said line card to another of said line cards; said line card being arranged in operation to: i) receive a link state advertisement from another router via a communications line terminating at the line card; ii) pass said link state advertisement to the shared routing processor for input into a routing process run by the shared routing processor which occasionally generates a set of routes for use by the line card; iii) receive said set of routes from said shared routing processor ; and iv) route incoming packets on the basis of the received set of routes ; i) receive a link state advertisement from another router via a communications line terminating at the line card; ii) pass said link state advertisement to the shared routing processor for input into a routing process run by the shared routing processor which occasionally generates a set of routes for use by the line card; iii) receive said set of routes from said shared routing processor ; and iv) route incoming packets on the basis of the received set of routes ; said line card being characterised by : being arranged to further respond to receiving said link state advertisement from another router by calculating one or more interim routes taking said received link state advertisement into account, and routing incoming packets over said interim routes until said set of routes is received from said shared routing processor .
A pipe layer attachment for an excavator , comprising: an excavator undercarriage ; an excavator upper structure rotatable relative to the undercarriage; an excavator boom pivotably mounted to the upper structure so that a distal end of the excavator boom is opposite the upper structure, the excavator boom including an excavator arm attachment p in connection adjacent to the distal end and an excavator arm cylinder pin connection along the excavator boom; an excavator boom cylinder used to rotate the excavator boom relative to the upper structure; a pipe layer boom mounted onto the excavator boom as a cantilever with the pipe layer boom provided with an extension extending beyond the distal end of the excavator boom, the pipe layer boom connected to the excavator arm attachment pin connection of the excavator boom and the excavator arm cylinder pin connection of the excavator boom; the pipe layer boom fixed to the excavator boom , whereby the pipe layer boom is not pivotable with respect to the excavator boom and so that pivoting the excavator boom relative to the upper structure moves the pipe layer boom relative to the upper structure; and a winch configured to wind and unwind a cable having a hook attached thereto. an excavator undercarriage ; an excavator upper structure rotatable relative to the undercarriage; an excavator boom pivotably mounted to the upper structure so that a distal end of the excavator boom is opposite the upper structure, the excavator boom including an excavator arm attachment p in connection adjacent to the distal end and an excavator arm cylinder pin connection along the excavator boom; an excavator boom cylinder used to rotate the excavator boom relative to the upper structure; a pipe layer boom mounted onto the excavator boom as a cantilever with the pipe layer boom provided with an extension extending beyond the distal end of the excavator boom, the pipe layer boom connected to the excavator arm attachment pin connection of the excavator boom and the excavator arm cylinder pin connection of the excavator boom; the pipe layer boom fixed to the excavator boom , whereby the pipe layer boom is not pivotable with respect to the excavator boom and so that pivoting the excavator boom relative to the upper structure moves the pipe layer boom relative to the upper structure; and a winch configured to wind and unwind a cable having a hook attached thereto.
A method of analyzing a time-ordered series of measurements of a polymer made during translocation of the polymer through a nanopore, wherein the measurements are dependent on the identity of k-mers in the nanopore, a k-mer being k polymer units of the polymer, where k is a positive integer, the method comprising: deriving, from the series of measurements, a feature vector of time-ordered features representing characteristics of the measurements; and determining localized regions where the derived feature vector is dissimilar to at least one other feature vector. deriving, from the series of measurements, a feature vector of time-ordered features representing characteristics of the measurements; and determining localized regions where the derived feature vector is dissimilar to at least one other feature vector.
A method for receiving system information, comprising: sending , by a terminal, an uplink signal, wherein the uplink signal is used to trigger a base station to send first system information, and the first system information comprises cell reselection configuration information, wherein the cell reselection configuration information comprises at least one of the following information: a reselection threshold, a cell reselection priority, intra-frequency cell reselection configuration information, and inter- frequency cell reselection configuration information; receiving , by the terminal on a beam in which the terminal is located, the first system information from the base station. sending , by a terminal, an uplink signal, wherein the uplink signal is used to trigger a base station to send first system information, and the first system information comprises cell reselection configuration information, wherein the cell reselection configuration information comprises at least one of the following information: a reselection threshold, a cell reselection priority, intra-frequency cell reselection configuration information, and inter- frequency cell reselection configuration information; receiving , by the terminal on a beam in which the terminal is located, the first system information from the base station.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, downlink control information, DCI, associated with downlink data including at least one codeword; receiving, from the base station, the downlink data including the at least one codeword through at least one layer based on a number of the at least one layer, wherein, if the number of the at least one layer is less than or equal to four, a number of the at least one codeword is determined as one, and wherein, if the number of the at least one layer is greater than four, the number of the at least one codeword is determined as two, wherein the downlink data includes one or more codeblocks, CBs, per codeword, wherein, in case that the downlink data includes one CB, the downlink data includes a transport block cyclic redundancy code, TB-CRC, wherein, in case that the downlink data includes more than one CBs, the downlink data includes a code block CRC, CB-CRC, for each of the more than one CBs; transmitting, to the base station, channel state information, CSI, and wherein the CSI includes a channel quality indicator, CQI, per said codeword. receiving, from a base station, downlink control information, DCI, associated with downlink data including at least one codeword; receiving, from the base station, the downlink data including the at least one codeword through at least one layer based on a number of the at least one layer, wherein, if the number of the at least one layer is less than or equal to four, a number of the at least one codeword is determined as one, and wherein, if the number of the at least one layer is greater than four, the number of the at least one codeword is determined as two, wherein the downlink data includes one or more codeblocks, CBs, per codeword, wherein, in case that the downlink data includes one CB, the downlink data includes a transport block cyclic redundancy code, TB-CRC, wherein, in case that the downlink data includes more than one CBs, the downlink data includes a code block CRC, CB-CRC, for each of the more than one CBs; transmitting, to the base station, channel state information, CSI, and wherein the CSI includes a channel quality indicator, CQI, per said codeword.
Ball screw drive, comprising • a threaded spindle , and • a spindle nut which at least partially surrounds the threaded spindle coaxially; and • a plurality of balls which can rotate in the intermediate space between the threaded spindle and the spindle nut ; and • a ball deflector arranged in an opening in the lateral surface of the spindle nut , which ball deflector is designed at least in two parts and comprises an upper shell and a lower shell , wherein the lower shell is arranged radially inwardly closer to the longitudinal axis of the spindle nut than the upper shell , and • the lower shell has a substantially half-shell contour, characterized in that • the upper shell and lower shell are fastened in the spindle nut without further, discrete mechanical fastening means; • but the connection of the upper shell and the spindle nut is made by a locking mechanism, based on a spring element on the upper shell , which in the assembled state engages in a groove in the side wall of the opening in the spindle nut and secures the upper shell in a defined position in the opening . • a threaded spindle , and • a spindle nut which at least partially surrounds the threaded spindle coaxially; and • a plurality of balls which can rotate in the intermediate space between the threaded spindle and the spindle nut ; and • a ball deflector arranged in an opening in the lateral surface of the spindle nut , which ball deflector is designed at least in two parts and comprises an upper shell and a lower shell , wherein the lower shell is arranged radially inwardly closer to the longitudinal axis of the spindle nut than the upper shell , and • the lower shell has a substantially half-shell contour, • the upper shell and lower shell are fastened in the spindle nut without further, discrete mechanical fastening means; • but the connection of the upper shell and the spindle nut is made by a locking mechanism, based on a spring element on the upper shell , which in the assembled state engages in a groove in the side wall of the opening in the spindle nut and secures the upper shell in a defined position in the opening .
A wearable system for non-invasive measuring of the concentration of an analyte in skin tissue, the system comprising: - an integrated circuit comprising an integrated first optical unit comprising - a RAMAN spectrometer ; - an OCT spectrometer and an interferometer optically coupled to the OCT spectrometer and/or an infrared spectrometer; - a light coupler , positioned to couple scattered and/or reflected light from illuminated skin tissue into the RAMAN spectrometer and into the OCT spectrometer and/or the infrared spectrometer; - a first light source optically coupled to or integrated in the integrated circuit and configured to emit a laser beam for performing Raman spectroscopy; - a second light source optically coupled to or integrated in the integrated circuit and configured to emit a broadband light beam for performing OCT spectroscopy or IR spectroscopy; - read-out electronics electrically coupled to the integrated circuit and configured for reading out spectroscopic data from the RAMAN spectroscopy, for reading out spectroscopic data from the OCT spectrometer and/or the IR spectrometer, and for determining the concentration of an analyte based on a correlation between the spectroscopic data from the RAMAN spectroscopy and a determined optical model of the skin tissue, characterized in that the read-out electronics is configured for determining, based on the spectroscopic data from the OCT spectrometer and/or the IR spectrometer, the optical model of the skin tissue comprising thicknesses and optical properties of different layers of the skin tissue and/or comprising information on the refractive index of interstitial fluid and blood in the tissue. - an integrated circuit comprising an integrated first optical unit comprising - a RAMAN spectrometer ; - an OCT spectrometer and an interferometer optically coupled to the OCT spectrometer and/or an infrared spectrometer; - a light coupler , positioned to couple scattered and/or reflected light from illuminated skin tissue into the RAMAN spectrometer and into the OCT spectrometer and/or the infrared spectrometer; - a first light source optically coupled to or integrated in the integrated circuit and configured to emit a laser beam for performing Raman spectroscopy; - a second light source optically coupled to or integrated in the integrated circuit and configured to emit a broadband light beam for performing OCT spectroscopy or IR spectroscopy; - read-out electronics electrically coupled to the integrated circuit and configured for reading out spectroscopic data from the RAMAN spectroscopy, for reading out spectroscopic data from the OCT spectrometer and/or the IR spectrometer, and for determining the concentration of an analyte based on a correlation between the spectroscopic data from the RAMAN spectroscopy and a determined optical model of the skin tissue,
A modular sensor system for a slatted frame or slatted mattress, comprising three modules with at least one sensor , a sensor support and a weight distribution bar which are connectable to each other in a sandwich-like manner, the at least one sensor being provided therefor, between the sensor support and the weight distribution bar, wherein the modular sensor system is configured to be used in a slatted frame or slatted mattress with a plurality of slats, wherein the modular sensor system is configured to replace a slat of the slatted frame or slatted mattress.
A cosmetic composition comprising: (i) a chaga ( Inonotus obliquus ) extract; (ii) vitamin C or a vitamin C derivative; (iii) vitamin E or a vitamin E derivative; (iv) vitamin B5 or a vitamin B5 derivative; (v) coenzyme Q10; and (vi) one or more physiologically or pharmaceutically acceptable excipients and/or diluents, wherein the composition comprises the chaga extract at a concentration of at least 2.5mg/ml and the chaga extract comprises at least 1% (w/w) of β-glucans and at least 0.10% (w/w) of polyphenolics. (i) a chaga ( Inonotus obliquus ) extract; (ii) vitamin C or a vitamin C derivative; (iii) vitamin E or a vitamin E derivative; (iv) vitamin B5 or a vitamin B5 derivative; (v) coenzyme Q10; and (vi) one or more physiologically or pharmaceutically acceptable excipients and/or diluents,
A thin-film transistor comprising: a substrate; a gate electrode on the substrate; a gate insulating film on the gate electrode; an active layer on said gate insulating film, including at least one semiconductor material part (SM) and at least one carbon allotrope part (GR), a source electrode in contact with the active layer , a drain electrode in contact with the active layer , wherein the total number of the semiconductor material parts (SM) and the carbon allotrope parts (GR) is three or five, wherein the at least one semiconductor material part (SM) and the at least one carbon allotrope part (GR) are alternately arranged in the same plane in the active layer between the source electrode and the drain electrode , so that either two semiconductor material parts (SM) or two carbon allotrope parts (GR) are in contact with the source electrode and the drain electrode , wherein the at least one carbon allotrope part (GR) comprises a carbon allotrope selected from the group consisting of reduced graphene oxide (rGO), unoxidized graphene, graphene nanoribbons, carbon nanotube and mixtures thereof. a substrate; a gate electrode on the substrate; a gate insulating film on the gate electrode; an active layer on said gate insulating film, including at least one semiconductor material part (SM) and at least one carbon allotrope part (GR), a source electrode in contact with the active layer , a drain electrode in contact with the active layer , wherein the total number of the semiconductor material parts (SM) and the carbon allotrope parts (GR) is three or five, wherein the at least one semiconductor material part (SM) and the at least one carbon allotrope part (GR) are alternately arranged in the same plane in the active layer between the source electrode and the drain electrode , so that either two semiconductor material parts (SM) or two carbon allotrope parts (GR) are in contact with the source electrode and the drain electrode , wherein the at least one carbon allotrope part (GR) comprises a carbon allotrope selected from the group consisting of reduced graphene oxide (rGO), unoxidized graphene, graphene nanoribbons, carbon nanotube and mixtures thereof. wherein the total number of the semiconductor material parts (SM) and the carbon allotrope parts (GR) is three or five, wherein the at least one semiconductor material part (SM) and the at least one carbon allotrope part (GR) are alternately arranged in the same plane in the active layer between the source electrode and the drain electrode , so that either two semiconductor material parts (SM) or two carbon allotrope parts (GR) are in contact with the source electrode and the drain electrode , wherein the at least one carbon allotrope part (GR) comprises a carbon allotrope selected from the group consisting of reduced graphene oxide (rGO), unoxidized graphene, graphene nanoribbons, carbon nanotube and mixtures thereof.