mhurhangee/ep-ind-claims huggingface dataset:
A terminal device comprising: a reception unit configured to monitor a Physical Downlink Control Channel, PDCCH, including a Downlink Control Information, DCI, format used for scheduling of a Physical Downlink Shared Channel, PDSCH, in more than one control resource sets and used for monitoring one or more search spaces for PDCCH candidates in a control resource set and receive the PDSCH, and a transmission unit configured to transmit a Hybrid Automatic Repeat request- ACKnowledgement, HARQ-ACK, in a Physical Uplink Control Channel, PUCCH, wherein a first beam parameter for the PDSCH is given based on the PDCCH that is identified based on a control resource set in which the PDCCH is detected, the first beam parameter for the PDSCH includes an index of an antenna port of a Channel State Information-Reference Signal, CSI-RS quasi co-located with an antenna port of the PDSCH or an index of a Synchronization signal, SS, block quasi co-located with an antenna port of the PDSCH, associating a PDCCH identified based on the control resource set in which the PDCCH is detected and a second beam parameter for the PDCCH, the second beam parameter for the PDCCH includes an index of an antenna of a CSI-RS quasi co-located with an antenna port of the PDSCH or an index of an antenna port of a SS block quasi co-located with an antenna port of the PDSCH, a third beam parameter for the PUCCH is associated with a PUCCH resource set, and the first beam parameter, second beam parameter, and third beam parameter are given based on at least a higher layer parameter. a reception unit configured to monitor a Physical Downlink Control Channel, PDCCH, including a Downlink Control Information, DCI, format used for scheduling of a Physical Downlink Shared Channel, PDSCH, in more than one control resource sets and used for monitoring one or more search spaces for PDCCH candidates in a control resource set and receive the PDSCH, and a transmission unit configured to transmit a Hybrid Automatic Repeat request- ACKnowledgement, HARQ-ACK, in a Physical Uplink Control Channel, PUCCH, wherein a first beam parameter for the PDSCH is given based on the PDCCH that is identified based on a control resource set in which the PDCCH is detected, the first beam parameter for the PDSCH includes an index of an antenna port of a Channel State Information-Reference Signal, CSI-RS quasi co-located with an antenna port of the PDSCH or an index of a Synchronization signal, SS, block quasi co-located with an antenna port of the PDSCH, associating a PDCCH identified based on the control resource set in which the PDCCH is detected and a second beam parameter for the PDCCH, the second beam parameter for the PDCCH includes an index of an antenna of a CSI-RS quasi co-located with an antenna port of the PDSCH or an index of an antenna port of a SS block quasi co-located with an antenna port of the PDSCH, a third beam parameter for the PUCCH is associated with a PUCCH resource set, and the first beam parameter, second beam parameter, and third beam parameter are given based on at least a higher layer parameter.
Device for locking and unlocking a locking pin of a component, especially of a backrest of a motor vehicle seat, with a locking hook and an actuating component, the locking hook cooperating non-positively and/or positively with the locking pin, in a locked position securing the locking, and by rotating the actuating component being able to be rotated into an unlocked position not securing the locking, wherein it comprises a locking pawl which may be reversibly adjusted from a release position into a secured position and which in its secured position secures the locking hook in its locked position, characterized in that the actuating component is configured in disk form and is mass-balanced.
An agricultural implement, comprising: a main frame which carries a plurality of soil working tools, a first support frame which is pivotally connected to the main frame via a first support frame joint and which carries at least one first rolling ground support, such as a wheel or a roller, a control lever which is pivotally connected to the main frame via a control lever joint, a support frame control link which is pivotally connected to the control lever via a first support frame control link joint and which is pivotally connected to the first support frame via a second support frame control link joint, so that rotation of the control lever around the control lever joint provides rotation of the first support frame relative to the main frame, wherein the control lever is rotatable in a first direction of rotation so that the first support frame control link joint can pass a line through centers of rotation of the control lever joint and the second support frame control link joint, and wherein the first support frame, when the first support frame control link joint passes the line, changes direction of rotation (-V2). a main frame which carries a plurality of soil working tools, a first support frame which is pivotally connected to the main frame via a first support frame joint and which carries at least one first rolling ground support, such as a wheel or a roller, a control lever which is pivotally connected to the main frame via a control lever joint, a support frame control link which is pivotally connected to the control lever via a first support frame control link joint and which is pivotally connected to the first support frame via a second support frame control link joint, so that rotation of the control lever around the control lever joint provides rotation of the first support frame relative to the main frame, wherein the control lever is rotatable in a first direction of rotation so that the first support frame control link joint can pass a line through centers of rotation of the control lever joint and the second support frame control link joint, and wherein the first support frame, when the first support frame control link joint passes the line, changes direction of rotation (-V2).
A light-based skin treatment device comprising: a laser light source for providing a pulsed incident light beam for treating skin by laser induced optical breakdown of hair or skin tissue; and a focusing system for focusing the incident light beam into a focal spot in the hair or skin tissue, wherein the focusing system comprises an exit focusing lens having a central aperture with a diameter less than 1mm a laser light source for providing a pulsed incident light beam for treating skin by laser induced optical breakdown of hair or skin tissue; and a focusing system for focusing the incident light beam into a focal spot in the hair or skin tissue, wherein the focusing system comprises an exit focusing lens having a central aperture with a diameter less than 1mm
A kit for detecting multi-drug resistant Mycobacterium tuberculosis in a sample, the kit comprising: a first nucleic acid probe for a first region, said first region being a Mycobacterium tuberculosis katG gene, wherein the first nucleic acid probe comprises a probe sequence that has a sequence of SEQ ID No: 56, and a second nucleic acid probe for a second region selected from the group consisting of Mycobacterium tuberculosis rpoB gene, gyrA gene, gyrB gene, inhA promoter, rrs gene, eis promoter, and embB gene. a first nucleic acid probe for a first region, said first region being a Mycobacterium tuberculosis katG gene, wherein the first nucleic acid probe comprises a probe sequence that has a sequence of SEQ ID No: 56, and a second nucleic acid probe for a second region selected from the group consisting of Mycobacterium tuberculosis rpoB gene, gyrA gene, gyrB gene, inhA promoter, rrs gene, eis promoter, and embB gene.
A method (200;400) for forming a deicer, the method comprising: forming (202;402) a body (302;502;602) of the deicer; forming (204;404) an outer layer (304;354;508;608) of the deicer through extrusion of an elastomeric material; the method characterized in that forming the outer layer of the deicer includes forming a first outer layer using the extrusion, forming a second outer layer using the extrusion, and coupling the first outer layer to the second outer layer; forming a natural rubber gum ply (506;606); forming a bond ply (504;604); coupling (206;410) the outer layer of the deicer to the body of the deicer, wherein coupling the outer layer of the deicer to the body of the deicer further includes coupling the natural rubber gum ply to the outer layer of the deicer and to the body of the deicer such that the natural rubber gum ply is located between the outer layer and the body; and coupling the bond ply to the body such that the body is located between the bond ply and the natural rubber gum ply, wherein the bond ply further comprises an adhesive configured to couple the bond ply to an aircraft component, wherein the bond ply is further configured to couple the deicer to the aircraft component. forming (202;402) a body (302;502;602) of the deicer; forming (204;404) an outer layer (304;354;508;608) of the deicer through extrusion of an elastomeric material; the method characterized in that forming the outer layer of the deicer includes forming a first outer layer using the extrusion, forming a second outer layer using the extrusion, and coupling the first outer layer to the second outer layer; forming a natural rubber gum ply (506;606); forming a bond ply (504;604); coupling (206;410) the outer layer of the deicer to the body of the deicer, wherein coupling the outer layer of the deicer to the body of the deicer further includes coupling the natural rubber gum ply to the outer layer of the deicer and to the body of the deicer such that the natural rubber gum ply is located between the outer layer and the body; and coupling the bond ply to the body such that the body is located between the bond ply and the natural rubber gum ply, wherein the bond ply further comprises an adhesive configured to couple the bond ply to an aircraft component, wherein the bond ply is further configured to couple the deicer to the aircraft component.
Method for determining a roll angle (β) of a wheel, in particular of a wheel of a vehicle, about the axis thereof, wherein the method comprises the following steps: - recording a first image comprising at least one region of a side wall of the wheel; - extracting a first imaging of the side wall of the wheel from the recorded first image; - rotating the wheel about the axis; - recording a second image comprising at least one region of the side wall of the wheel; - extracting a second imaging of the side wall of the wheel from the recorded second image; and - comparing the first imaging with the second imaging in order to determine, from the difference between the first imaging and the second imaging, the angle by which the wheel was rotated between the recording of the two images, characterized in that comparing the first imaging with the second imaging comprises determining the optical flow between the two imagings, wherein the optical flow denotes a vector field indicating the direction of movement and velocity for each image point of an image sequence. - recording a first image comprising at least one region of a side wall of the wheel; - extracting a first imaging of the side wall of the wheel from the recorded first image; - rotating the wheel about the axis; - recording a second image comprising at least one region of the side wall of the wheel; - extracting a second imaging of the side wall of the wheel from the recorded second image; and - comparing the first imaging with the second imaging in order to determine, from the difference between the first imaging and the second imaging, the angle by which the wheel was rotated between the recording of the two images,
A union screw for connecting pipes, preferably motor vehicle pipes, wherein the union screw is provided with a thread as well as at least one threadless contact surface (4, 5), wherein the union screw has an outer coating, an inner coating and a metal substrate, wherein the inner coating lies between the outer coating and the metal substrate, wherein the inner coating is arranged in the area of the at least one contact surface (4, 5), characterized in that the outer coating contains a first polymer and nanoparticles of a first solid, wherein the inner coating contains nanoparticles of a lubricating solvent. the outer coating contains a first polymer and nanoparticles of a first solid, wherein the inner coating contains nanoparticles of a lubricating solvent.
A fuse, comprising: - at least one fuse blade, formed in a sheet having two opposite main faces extending along a longitudinal axis of the fuse blade, each fuse blade comprising a portion in which is formed a reduced section (46, 46A) defining a plane transverse to the fuse blade, - two connection terminals, each terminal being connected to each fuse blade, - arc guards, made of an elastic material, which are associated in pairs, the arc guards of the same pair each being located opposite one another on a respective main face of the same fuse blade, each arc guard comprising an internal face, oriented towards the fuse blade, a front face, oriented towards the reduced section, and a rear face, oriented towards the 'opposite reduced section, wherein: - at least one perforation is formed in the fuse blade in the vicinity of the reduced section, each of said perforations being at least partly closed by the internal faces of the two arc guards of the same pair, - each perforation forms a cavity between the two arches of the same pair, characterized in that the surface section of a group of perforations, measured along the longitudinal axis of this fuse blade, is five times greater, preferably ten times greater, than the smallest surface section among the reduced surface sections (46 or 46A) provided on this fuse blade. - at least one fuse blade, formed in a sheet having two opposite main faces extending along a longitudinal axis of the fuse blade, each fuse blade comprising a portion in which is formed a reduced section (46, 46A) defining a plane transverse to the fuse blade, - two connection terminals, each terminal being connected to each fuse blade, - arc guards, made of an elastic material, which are associated in pairs, the arc guards of the same pair each being located opposite one another on a respective main face of the same fuse blade, each arc guard comprising an internal face, oriented towards the fuse blade, a front face, oriented towards the reduced section, and a rear face, oriented towards the 'opposite reduced section, - at least one perforation is formed in the fuse blade in the vicinity of the reduced section, each of said perforations being at least partly closed by the internal faces of the two arc guards of the same pair, - each perforation forms a cavity between the two arches of the same pair,
A method for providing connectivity to a virtual private LAN service, VPLS, where provider edge, PE, routers are each connected to each other over a full mesh of pseudowires, a pseudowire being a virtual circuit that simulates a circuit or a wire connecting two nodes and each node included in the mesh is configured to implement a split horizon by which a packet received via a mesh connection to another node included in the mesh is not normally forwarded back onto the mesh, characterized in that it comprises: receiving an indication of a connectivity loss on the virtual private LAN service between a first node and a second node; selecting a third node to be used to provide an alternate path between the first node and the second node; and establishing the alternate path (118, 122) using a pseudowire stitched over the third node, wherein establishing the alternate path includes at least temporarily configuring the third node to forward to the second node packets received from the first node that are associated with the pseudowire stitched over the third node, even though both the first node and the second node are associated with the mesh, as provisioned, and that absent establishment of the alternate path packets received from the first node would not otherwise be sent by the third node to another mesh node such as the second node; and establishment of the alternate path restores full mesh connectivity between the nodes provisioned to comprise the mesh. receiving an indication of a connectivity loss on the virtual private LAN service between a first node and a second node; selecting a third node to be used to provide an alternate path between the first node and the second node; and establishing the alternate path (118, 122) using a pseudowire stitched over the third node, wherein establishing the alternate path includes at least temporarily configuring the third node to forward to the second node packets received from the first node that are associated with the pseudowire stitched over the third node, even though both the first node and the second node are associated with the mesh, as provisioned, and that absent establishment of the alternate path packets received from the first node would not otherwise be sent by the third node to another mesh node such as the second node; and establishment of the alternate path restores full mesh connectivity between the nodes provisioned to comprise the mesh.
A device for dielectrophoretic characterisation of particles which comprises an analysis electrode and a separate cover electrode having planar surfaces which face each other wherein the analysis electrode comprises an electrically conductive layer of material provided on a substrate support and apertures are defined through the electrically conductive layer, wherein the apertures (a) extend through the entire conductive layer of material and are of circular cross section, or (b) are annular, leaving a circular island in the centre of the aperture, and wherein, in use, a sample medium is placed between the analysis electrode and the cover electrode and the sample medium consists of particles suspended in a solvent.
A steerable catheter system comprising: a steerable catheter having: a flexible body with a proximal end and a distal tip; and a fluid lumen for passing fluid out of the tip of the catheter; a continuous steering wire passing through the flexible body from the proximal end to the distal tip and turning back through the flexible body from the distal tip to the proximal end, the continuous steering wire comprising an exposed portion at the distal tip of the flexible body; and a catheter steering device for actuating the continuous single steering wire, wherein the catheter steering device has an auxiliary port in a proximal portion of the catheter system, the auxiliary port in electrical communication with the exposed portion, such that when an electrical signal is provided to the auxiliary port the electrical signal is available at the exposed portion of the continuous steering wire. a steerable catheter having: a flexible body with a proximal end and a distal tip; and a fluid lumen for passing fluid out of the tip of the catheter; a flexible body with a proximal end and a distal tip; and a fluid lumen for passing fluid out of the tip of the catheter; a continuous steering wire passing through the flexible body from the proximal end to the distal tip and turning back through the flexible body from the distal tip to the proximal end, the continuous steering wire comprising an exposed portion at the distal tip of the flexible body; and a catheter steering device for actuating the continuous single steering wire, wherein the catheter steering device has an auxiliary port in a proximal portion of the catheter system, the auxiliary port in electrical communication with the exposed portion, such that when an electrical signal is provided to the auxiliary port the electrical signal is available at the exposed portion of the continuous steering wire.
A method for a resource sensing in a wireless communication system, the method performed by a terminal and comprising: receiving information informing whether a transmission diversity mode coexists on a vehicle to everything, V2X, resource pool which is configured for the terminal, a number of antenna ports used by the transmission diversity mode of a specific terminal for which the terminal intends to measure a physical sidelink shared channel reference signal received power, PSSCH RSRP, and a transmission diversity scheme type of the specific terminal; detecting the specific terminal performing a transmission diversity-based V2X transmission operation based on the information; measuring the PSSCH RSRP for the specific terminal based on an antenna port used by the terminal; and performing the resource sensing for the V2X resource pool based on a power boosted value of the PSSCH RSRP, wherein an antenna port number of the antenna port is shared between the terminal and the specific terminal. receiving information informing whether a transmission diversity mode coexists on a vehicle to everything, V2X, resource pool which is configured for the terminal, a number of antenna ports used by the transmission diversity mode of a specific terminal for which the terminal intends to measure a physical sidelink shared channel reference signal received power, PSSCH RSRP, and a transmission diversity scheme type of the specific terminal; detecting the specific terminal performing a transmission diversity-based V2X transmission operation based on the information; measuring the PSSCH RSRP for the specific terminal based on an antenna port used by the terminal; and performing the resource sensing for the V2X resource pool based on a power boosted value of the PSSCH RSRP, wherein an antenna port number of the antenna port is shared between the terminal and the specific terminal.