mhurhangee/patent-ind-claim-en huggingface dataset:
A needle array for an electroporation device, comprising: a body defining a central axis , the body having a locking surface ; a shroud movable with respect to the body between a rest position and one or more actuated positions along an axial direction oriented along the central axis ; and an auto-lock including a resilient body that is coupled to and moveable with the shroud , the auto-lock being spaced from the central axis along a direction that is perpendicular to the central axis , the auto-lock being adjustable between a locked configuration, where the shroud is not movable with respect to the body and a proximal end of the resilient body is flexed in a first direction that is perpendicular to the direction and the axial direction, and an unlocked configuration, where the shroud is movable with respect to the body , and wherein biasing the shroud from the rest position to the one or more actuated positions and back to the rest position adjusts the auto-lock from the unlocked configuration to the locked configuration such that a bias force biases the proximal end of the resilient body in a second direction (F) opposite the first direction as the auto-lock adjusts from the unlocked configuration to the locked configuration, wherein the resilient body engages the locking surface in the locked configuration. a body defining a central axis , the body having a locking surface ; a shroud movable with respect to the body between a rest position and one or more actuated positions along an axial direction oriented along the central axis ; and an auto-lock including a resilient body that is coupled to and moveable with the shroud , the auto-lock being spaced from the central axis along a direction that is perpendicular to the central axis , the auto-lock being adjustable between a locked configuration, where the shroud is not movable with respect to the body and a proximal end of the resilient body is flexed in a first direction that is perpendicular to the direction and the axial direction, and an unlocked configuration, where the shroud is movable with respect to the body , and wherein biasing the shroud from the rest position to the one or more actuated positions and back to the rest position adjusts the auto-lock from the unlocked configuration to the locked configuration such that a bias force biases the proximal end of the resilient body in a second direction (F) opposite the first direction as the auto-lock adjusts from the unlocked configuration to the locked configuration, wherein the resilient body engages the locking surface in the locked configuration.
A monoclonal antibody that is humanized, chimeric or veneered and binds to tau, wherein the antibody comprises CDR-L1 of SEQ ID NO:17, CDR-L2 of SEQ ID NO:18, CDR-L3 of SEQ ID NO:19 and CDR-H1 of SEQ ID NO:11 or SEQ ID NO:24, CDR-H2 of SEQ ID NO:12 and CDR-H3 of SEQ ID NO:13.
A method for establishing a virtual private network, VPN, label switched path, LSP, wherein the method comprises: receiving , by a first provider edge, PE, device , protection information sent by a second PE device , wherein the protection information comprises a virtual next hop, vNH; and the first PE device is an egress PE device and the second PE device is an ingress PE device and the protection information further comprises identity indication information that is used to indicate that an identity of the first PE device is a primary egress PE device or a secondary egress PE device; and sending , by the first PE device , a VPN LSP establishment message to the second PE device , wherein the VPN LSP establishment message is used to instruct to establish a VPN LSP by using the vNH as a tail endpoint. receiving , by a first provider edge, PE, device , protection information sent by a second PE device , wherein the protection information comprises a virtual next hop, vNH; and the first PE device is an egress PE device and the second PE device is an ingress PE device and the protection information further comprises identity indication information that is used to indicate that an identity of the first PE device is a primary egress PE device or a secondary egress PE device; and sending , by the first PE device , a VPN LSP establishment message to the second PE device , wherein the VPN LSP establishment message is used to instruct to establish a VPN LSP by using the vNH as a tail endpoint.
A method for clustering wavefront signals in an electrophysiological map of a cardiac tissue, comprising: providing a processor configured to receive an electrophysiological map of the cardiac tissue; displaying propagation of the wavefront signals as a plurality of velocity vectors; discretizing the received electrophysiological map into a plurality of isochronal sections ; clustering the velocity vectors into at least one group within each isochronal section based on predefined criteria; and generating a trend line representative of each group of clustered velocity vectors within each isochronal section in the electrophysiological map ; wherein the isochronal sections are generated by segmenting a plurality of time points on the electrophysiological map into several time segments, where each common time segment refers to one isochronal section . providing a processor configured to receive an electrophysiological map of the cardiac tissue; displaying propagation of the wavefront signals as a plurality of velocity vectors; discretizing the received electrophysiological map into a plurality of isochronal sections ; clustering the velocity vectors into at least one group within each isochronal section based on predefined criteria; and generating a trend line representative of each group of clustered velocity vectors within each isochronal section in the electrophysiological map ; wherein the isochronal sections are generated by segmenting a plurality of time points on the electrophysiological map into several time segments, where each common time segment refers to one isochronal section .
A synthetic RNA for use in treating dystrophic epidermolysis bullosa, wherein the synthetic RNA encodes a gene-editing protein that targets a COL7 gene, wherein the synthetic RNA is suitable for in vivo delivering to a subject's keratinocytes , wherein the gene editing protein edits the COL7 gene, and wherein the gene-editing protein comprises a DNA-binding domain and a nuclease domain, the gene editing protein causing a single- or double-strand break in the COL7 gene of the patient's keratinocytes.
A patient-specific navigation guide for use in spinal surgery comprising a first and a second guide member, both integral with a supporting frame and extending along a respective longitudinal development axis from a proximal opening to a distal opening for guiding surgical instruments on a first vertebra of a patient ; contact members designed to match with a corresponding plurality of contact areas on a first and on a second vertebra of the patient in order to define a single coupling configuration of the patient-specific navigation guide on the patient's vertebrae , wherein said first and second guide members are substantially opposite with respect to a median plane (X) orthogonal to a straight line joining said longitudinal axes of said first and second guide members, characterized in that said guide comprises a third guide member adapted to abut on a second vertebra which is adjacent and consecutive to the first vertebra , in such a way that there are only three guide members in total; said third guide member being integral with said supporting frame through a plate connected to said first or to said second guide member; said plate extends from said supporting frame in a caudal direction, considering the guide in use configuration.
A method implemented at a terminal device, the method comprising: obtaining information by detecting a synchronization signal/physical broadcast channel, SS/PBCH, block, wherein the obtained information comprises at least one of: synchronization signal block, SSB, subcarrier spacing, SCS; SCS of a physical downlink control channel, PDCCH, for remaining minimum system information, RMSI; first four bits of RMSI configuration in the SS/PBCH block; second four bits of RMSI Configuration in the SS/PBCH block; reserved bit(s) of RMSI configuration in the SS/PBCH block; and SSB/RMSI multiplexing type; determining one or more control resource set, CORESET, control channel element, CCE, to resource element group, REG, mapping related parameters, based on the information obtained during the detection of the SS/PBCH block, wherein a correspondence between the one or more CORESET CCE to REG mapping related parameters and the obtained information is predefined between the terminal device and a base station, BS, determining a set of PDCCH candidates based on the one or more CORESET CCE to REG mapping related parameters. obtaining information by detecting a synchronization signal/physical broadcast channel, SS/PBCH, block, wherein the obtained information comprises at least one of: synchronization signal block, SSB, subcarrier spacing, SCS; SCS of a physical downlink control channel, PDCCH, for remaining minimum system information, RMSI; first four bits of RMSI configuration in the SS/PBCH block; second four bits of RMSI Configuration in the SS/PBCH block; reserved bit(s) of RMSI configuration in the SS/PBCH block; and SSB/RMSI multiplexing type; determining one or more control resource set, CORESET, control channel element, CCE, to resource element group, REG, mapping related parameters, based on the information obtained during the detection of the SS/PBCH block, wherein a correspondence between the one or more CORESET CCE to REG mapping related parameters and the obtained information is predefined between the terminal device and a base station, BS, determining a set of PDCCH candidates based on the one or more CORESET CCE to REG mapping related parameters.
A filter comprising a filter medium held in an angular medium frame bordered by side edges and having a downstream face with respect to a direction of flow of the filter , wherein the filter medium is supported on the downstream face by means of a supporting grid which in turn is supported with its side edges on the angular medium frame , wherein the supporting grid comprises a supporting structure with at least one supporting rod extending not perpendicularly to the side edges of the angular medium frame , wherein the supporting structure has a second area moment, and wherein the second area moment of the supporting structure is smaller towards the side edges of the angular medium frame than towards the centre of the support structure , wherein the at least one supporting rod has a cross-sectional area with a cross-sectional height in the direction of flow , and wherein the cross-sectional height of the at least one supporting rod is smaller towards the ends of the supporting rod than towards the centre thereof, and wherein the at least one supporting rod has at the end of its range three sections (38; 40; 42) viewed in the longitudinal direction of the supporting rod , wherein in the case of the first section the cross-sectional height remains the same, wherein in the case of the second section the cross-sectional height rises steadily beginning at a lower cross-sectional height in the first section and ending at a larger cross-sectional height in the third section , and wherein in the case of the third section the cross-sectional height remains the same again. wherein the at least one supporting rod has a cross-sectional area with a cross-sectional height in the direction of flow , and wherein the cross-sectional height of the at least one supporting rod is smaller towards the ends of the supporting rod than towards the centre thereof, and wherein the at least one supporting rod has at the end of its range three sections (38; 40; 42) viewed in the longitudinal direction of the supporting rod , wherein in the case of the first section the cross-sectional height remains the same, wherein in the case of the second section the cross-sectional height rises steadily beginning at a lower cross-sectional height in the first section and ending at a larger cross-sectional height in the third section , and wherein in the case of the third section the cross-sectional height remains the same again.
Sports field , comprising a base structure and a cover , wherein the cover is at least partly permeable to fluid, especially water, wherein the cover comprises a top layer and a shock absorbing layer provided between the top layer and the base structure, wherein the shock absorbing layer has upper and lower surfaces and comprises man made vitreous fibres (MMVF) bonded by a cured binder and/or cell foam, wherein the shock absorbing layer has a thickness (D 38 ) between the upper surface and lower surface of between 12 and 40 mm and has a density of between 175 kg/m 3 and 300 kg/m 3 , wherein the shock absorbing layer is hydrophilic, such that it can absorb a volume of water of between at least 20 to 95% of the volume of the shock absorbing layer .
A method implemented by a wireless communication device for receiving user data from a radio network node in a wireless communication system that includes a data channel over which user data is transmitted and a control channel over which control data is transmitted, the method comprising: receiving over the control channel a hierarchically-modulated symbol which conveys control data on a control-data modulation layer that is recoverable, by the wireless communication device , via demodulation at a lower order, and conveys user data on a user-data modulation layer that is recoverable, by the wireless communication device , via demodulation at a higher order, wherein the lower order is lower than the higher order and is predefined and statically fixed independent of conditions on the control channel ; dynamically determining the higher order from received control signaling that indicates the higher order, wherein the higher order is dynamically adapted in dependence on conditions on the control channel at the wireless communication device ; and recovering the user data received over the control channel by demodulating at least the user-data modulation layer at the higher order. receiving over the control channel a hierarchically-modulated symbol which conveys control data on a control-data modulation layer that is recoverable, by the wireless communication device , via demodulation at a lower order, and conveys user data on a user-data modulation layer that is recoverable, by the wireless communication device , via demodulation at a higher order, wherein the lower order is lower than the higher order and is predefined and statically fixed independent of conditions on the control channel ; dynamically determining the higher order from received control signaling that indicates the higher order, wherein the higher order is dynamically adapted in dependence on conditions on the control channel at the wireless communication device ; and recovering the user data received over the control channel by demodulating at least the user-data modulation layer at the higher order.
A method performed by a user equipment, UE, to download a profile, the method comprising: transmitting , to a routing server, profile download related information including a profile server identifier which includes identification information of a profile server for downloading a profile requested by the UE and a second credential for determining whether the UE has a routing request right to download the profile from the profile server through the routing server; receiving , from the routing server, a result of a verification of the routing request right, wherein the verification comprises verification of the second credential included in the profile download related information; transmitting , to the routing server, a profile download request message including profile download identification information; receiving , from the routing server, a profile, the profile including at least one of an application, a file system and an authentication key; and installing the profile to a universal integrated circuit card, UICC, of the UE, wherein the profile download request message is delivered to the profile server corresponding to the profile server identifier through the routing server. transmitting , to a routing server, profile download related information including a profile server identifier which includes identification information of a profile server for downloading a profile requested by the UE and a second credential for determining whether the UE has a routing request right to download the profile from the profile server through the routing server; receiving , from the routing server, a result of a verification of the routing request right, wherein the verification comprises verification of the second credential included in the profile download related information; transmitting , to the routing server, a profile download request message including profile download identification information; receiving , from the routing server, a profile, the profile including at least one of an application, a file system and an authentication key; and installing the profile to a universal integrated circuit card, UICC, of the UE, wherein the profile download request message is delivered to the profile server corresponding to the profile server identifier through the routing server.
A spatially adjustable arm for a ceiling stand for attaching and carrying suspended accessories which are medical instruments, systems, aids and devices with an outer joint , and that is attached with an inner joint to a supporting system of the ceiling stand , said spatially adjustable arm contains an arm connected to the inner joint in a rotary way consisting of a beam functioning as a cover for the arm at the ends of which an inner head and an outer head are arranged and the arm contains a balancing mechanism , whereas the balancing mechanism is mounted in the inner head and in the outer head and the inner head and the outer head are pressed onto the beam , said spatially adjustable arm being characterised in that the balancing mechanism further contains a stabilizer that is connected to the inner joint and outer joint with the use of a pair of pins , said stabilizer being also contained in said beam .
A floating type brake pad, comprising: a brake pad backing plate , formed with a countersunk face and a positioning hole ; a friction body , comprising a friction part and a positioning part inserted into the positioning hole , wherein a first relative gap is present between the positioning part and the positioning hole ; a connection member , respectively connected with the friction body and the brake pad backing plate such that the friction body is arranged on the brake pad backing plate with a certain floatable amount; and an elastic supporting member , mounted within the countersunk face , connected with the friction body , and provided with a guide hole adapted to allow the positioning part to pass through, wherein an outer contour edge of the elastic supporting member abuts against an inner side wall of the countersunk face , or a second relative gap smaller than the first relative gap is present between the outer contour edge of the elastic supporting member and the inner side wall of the countersunk face , the brake pad backing plate is provided with an anti-rotation member for limiting the friction body in a rotation direction thereof, characterized in that , a third relative gap smaller than the first relative gap is present between the anti-rotation member and the friction part . a brake pad backing plate , formed with a countersunk face and a positioning hole ; a friction body , comprising a friction part and a positioning part inserted into the positioning hole , wherein a first relative gap is present between the positioning part and the positioning hole ; a connection member , respectively connected with the friction body and the brake pad backing plate such that the friction body is arranged on the brake pad backing plate with a certain floatable amount; and an elastic supporting member , mounted within the countersunk face , connected with the friction body , and provided with a guide hole adapted to allow the positioning part to pass through, wherein an outer contour edge of the elastic supporting member abuts against an inner side wall of the countersunk face , or a second relative gap smaller than the first relative gap is present between the outer contour edge of the elastic supporting member and the inner side wall of the countersunk face , the brake pad backing plate is provided with an anti-rotation member for limiting the friction body in a rotation direction thereof, characterized in that , a third relative gap smaller than the first relative gap is present between the anti-rotation member and the friction part .
Optically variable security element for securing articles of value, the areal extent of which element defines a z-axis perpendicular thereto, having a polychromatic reflective surface region, wherein - the polychromatic reflective surface region contains two optically variable reflection structures arranged at different height levels in the z-direction and generating a different colour impression in reflection, - the higher-up reflection structure is formed by a relief structure provided with a colour coating, - the lower-down reflection structure is formed by a layer with lamellar, reflective effect pigments which are spatially oriented, - the two reflection structures overlap in an overlap region and the colour coating of the higher-up reflection structure in the overlap region has at least one cut-out in which the lower-down reflection structure becomes visible when the security element is observed, characterized in that the relief structure of the higher-up reflection structure is formed by a micromirror arrangement with directed micromirrors. - the polychromatic reflective surface region contains two optically variable reflection structures arranged at different height levels in the z-direction and generating a different colour impression in reflection, - the higher-up reflection structure is formed by a relief structure provided with a colour coating, - the lower-down reflection structure is formed by a layer with lamellar, reflective effect pigments which are spatially oriented, - the two reflection structures overlap in an overlap region and the colour coating of the higher-up reflection structure in the overlap region has at least one cut-out in which the lower-down reflection structure becomes visible when the security element is observed,
A base station apparatus comprising: reception circuitry; and transmission circuitry adapted to transmit to a terminal apparatus, assistance control information by using a Physical Downlink Shared CHannel, PDSCH, in a first cell, wherein the assistance control information is to be used to suppress an interference from a second cell, wherein the second cell is a neighbor cell of the first cell, wherein the assistance control information includes at least a cell ID of the second cell, information regarding a power ratio between a reference signal and a data signal channel in the second cell, and information regarding a transmission mode in the second cell; and wherein the information regarding a transmission mode is information which indicates a precoding scheme of the data signal channel in the second cell. reception circuitry; and transmission circuitry adapted to transmit to a terminal apparatus, assistance control information by using a Physical Downlink Shared CHannel, PDSCH, in a first cell, wherein the assistance control information is to be used to suppress an interference from a second cell, wherein the second cell is a neighbor cell of the first cell, wherein the assistance control information includes at least a cell ID of the second cell, information regarding a power ratio between a reference signal and a data signal channel in the second cell, and information regarding a transmission mode in the second cell; and wherein the information regarding a transmission mode is information which indicates a precoding scheme of the data signal channel in the second cell.