mhurhangee/ep-ind-claims huggingface dataset:
A method including: at a wireless communication device, receiving a plurality of channel feedback transmissions from a plurality of user devices (104; 106; 108), respectively, wherein a channel feedback transmission from a user device of the user devices includes partial information relating to a multi-input-multi-output, MIMO, channel matrix between a wireless communication unit of the wireless communication device and the user device (202; 402); the method characterized by determining a MIMO beamforming scheme (204; 404) based on the plurality of channel feedback transmissions by determining a beamforming matrix (226; 424) based on a plurality of eigenvector matrices corresponding to said plurality of user devices (104; 106) and based on a plurality of interference matrices corresponding respectively to the plurality of user devices, each interference matrix for a given one of the plurality of devices including a plurality of eigenvectors corresponding to other user devices of the plurality of user devices; and transmitting a multi-user MIMO transmission to the plurality of user devices (104; 106; 108) according to the MIMO beamforming scheme. at a wireless communication device, receiving a plurality of channel feedback transmissions from a plurality of user devices (104; 106; 108), respectively, wherein a channel feedback transmission from a user device of the user devices includes partial information relating to a multi-input-multi-output, MIMO, channel matrix between a wireless communication unit of the wireless communication device and the user device (202; 402); the method characterized by determining a MIMO beamforming scheme (204; 404) based on the plurality of channel feedback transmissions by determining a beamforming matrix (226; 424) based on a plurality of eigenvector matrices corresponding to said plurality of user devices (104; 106) and based on a plurality of interference matrices corresponding respectively to the plurality of user devices, each interference matrix for a given one of the plurality of devices including a plurality of eigenvectors corresponding to other user devices of the plurality of user devices; and transmitting a multi-user MIMO transmission to the plurality of user devices (104; 106; 108) according to the MIMO beamforming scheme.
An apparatus configured for renal neuromodulation, e.g. renal denervation, wherein the apparatus is configured for employing RF energy to reduce or control neural signaling, wherein the apparatus comprises a catheter, wherein the catheter comprises an expandable basket formed from a plurality of struts or members, wherein the basket may be expanded into contact with the wall of a renal artery, wherein the apparatus comprises a plurality of electrodes, wherein each strut or member of the basket comprises a pair of electrodes that is configured to provide a bipolar signal, wherein the apparatus further comprises an insulating element, wherein the insulating element is configured for being expanded within the basket.
A slip ring comprising at least one movable portion and one fixed portion, at least one interface surface being defined therebetween, said slip ring further comprising contactless transmission elements (12A, 12B) for a signal transmission, which are associated with said movable portion and fixed portion (10A, 10B), respectively, as well as at least one contact transmission element (13, 14) arranged at said interface surface and used only for a power transmission, said contactless transmission elements (12A, 12B) comprising respective inductive coupling elements for a signal transmission by magnetic induction, said slip ring being characterized in that said inductive coupling elements are magnetic induction coils that are mutually concentric and are arranged inside said movable portion and fixed portion (10A, 10B), respectively.
Process for producing reactive resins for intumescent coatings, characterized in that a first monomer mixture comprising at least one acid-functionalized monomer is polymerized to a degree of polymerization of 70% by weight to 95% by weight, after which the polymerization is terminated, in that the polymer thereby formed has a glass transition temperature, calculated according to the Fox equation, of less than 23°C, and in that, after termination of the polymerization, the mixture containing 70 to 95% by weight of polymer is diluted with a second monomer mixture that differs from the first monomer mixture.
A method, comprising: collecting, via a secondary wireless device disposed in a same spatial region as a primary wireless device, a plurality of multivariate wireless data points associated with a direct wireless link between the primary wireless device and the secondary wireless device, wherein a multivariate wireless data point is a value of at least one characteristics of the direct wireless link, such as the wireless signal strength, at a given point in space and orientation; capturing, via one or more sensors of the secondary wireless device, spatial environment information related to the collected at least one characteristic of the direct wireless link; analyzing the plurality of multivariate wireless data points and the spatial environment information with an intelligent search algorithm to estimate a location of the primary wireless device within the spatial region; generating directional instructions guiding a user to the estimated location of the primary wireless device; and providing, via the secondary wireless device, the directional instructions to the user. collecting, via a secondary wireless device disposed in a same spatial region as a primary wireless device, a plurality of multivariate wireless data points associated with a direct wireless link between the primary wireless device and the secondary wireless device, wherein a multivariate wireless data point is a value of at least one characteristics of the direct wireless link, such as the wireless signal strength, at a given point in space and orientation; capturing, via one or more sensors of the secondary wireless device, spatial environment information related to the collected at least one characteristic of the direct wireless link; analyzing the plurality of multivariate wireless data points and the spatial environment information with an intelligent search algorithm to estimate a location of the primary wireless device within the spatial region; generating directional instructions guiding a user to the estimated location of the primary wireless device; and providing, via the secondary wireless device, the directional instructions to the user.
An Fc-containing molecule having decreased affinity for at least one Fcγ receptor as compared to a wildtype Fc, comprising an antibody Fc domain with a mutated IgG constant region, wherein amino acid residues 234, 235 and 237 defined by the EU numbering system comprise AAA, and wherein the Fc domain further comprises: (a) the mutations H268A, A330S and P331S as defined by the EU numbering system, or (b) the mutations H268A or H268Q, V309L, A330S and P331S as defined by the EU numbering system. (a) the mutations H268A, A330S and P331S as defined by the EU numbering system, or (b) the mutations H268A or H268Q, V309L, A330S and P331S as defined by the EU numbering system.
A mobile device (1, 100, 200) comprising: an atmospheric pressure sensor (17, 119, 219) configured to measure a value of atmospheric pressure; a touch screen (2B, 102B, 202B); and at least one controller (10, 110, 210) configured to conjecture that the mobile device (1, 100, 200) is immersed in water when the value of the atmospheric pressure satisfies a condition, characterized in that the at least one controller (10, 110, 210) is configured to conjecture whether the mobile device (1, 100, 200) that has been immersed in water is out of the water on the basis of a detection result obtained by the touch screen (2B, 102B, 202B), wherein the detection result obtained by the touch screen (2B 102B, 202B) is a change in capacitance measured by the touch screen (2b, 102B, 202B). an atmospheric pressure sensor (17, 119, 219) configured to measure a value of atmospheric pressure; a touch screen (2B, 102B, 202B); and at least one controller (10, 110, 210) configured to conjecture that the mobile device (1, 100, 200) is immersed in water when the value of the atmospheric pressure satisfies a condition, characterized in that the at least one controller (10, 110, 210) is configured to conjecture whether the mobile device (1, 100, 200) that has been immersed in water is out of the water on the basis of a detection result obtained by the touch screen (2B, 102B, 202B), wherein the detection result obtained by the touch screen (2B 102B, 202B) is a change in capacitance measured by the touch screen (2b, 102B, 202B).
A method for configuring a configured grant, CG, comprising: configuring at least one CG for a terminal, wherein the at least one CG comprises a second type of CG, and the second type of CG is used for a shared spectrum access operation; the method further comprising: setting a second parameter of the second type of CG as an optional parameter, wherein the second parameter comprises at least one of following configuration parameters: a first HARQ process offset harq-ProcID-Offsett, and a CG retransmission time CG-RetransmissionTimer; and sending at least one CG configuration to the terminal. configuring at least one CG for a terminal, wherein the at least one CG comprises a second type of CG, and the second type of CG is used for a shared spectrum access operation; the method further comprising: setting a second parameter of the second type of CG as an optional parameter, wherein the second parameter comprises at least one of following configuration parameters: a first HARQ process offset harq-ProcID-Offsett, and a CG retransmission time CG-RetransmissionTimer; and sending at least one CG configuration to the terminal. setting a second parameter of the second type of CG as an optional parameter, wherein the second parameter comprises at least one of following configuration parameters: a first HARQ process offset harq-ProcID-Offsett, and a CG retransmission time CG-RetransmissionTimer; and sending at least one CG configuration to the terminal.
A process for the preparation of a C 1 -C 3 hydroxy compound, comprising the steps of: a) Providing an oxygenate feed composition comprising a C 1 -C 3 oxygenate compound in a total concentration of at least 20% by weight of oxygenate feed composition; and b) Providing a chemical reactor comprising i. an inlet zone in fluid communication with ii. a reaction zone comprising a heterogeneous hydrogenation catalyst material in fluid communication with iii. an outlet zone; then c) feeding the oxygenate feed composition of step a) to the reactor inlet zone i) of step b) to obtain an initial total concentration of C 1 -C 3 oxygenate compound of less than 20% by weight of reactor fluid in the reaction zone ii) of step b); and d) in the reaction zone ii) reacting the C 1 -C 3 -oxygenate compound with hydrogen in the presence of the catalyst material to obtain a C 1 -C 3 hydroxy compound; and then e) Recovering from the outlet zone iii) the hydroxy product composition comprising the C 1 -C 3 hydroxy compound. a) Providing an oxygenate feed composition comprising a C 1 -C 3 oxygenate compound in a total concentration of at least 20% by weight of oxygenate feed composition; and b) Providing a chemical reactor comprising i. an inlet zone in fluid communication with ii. a reaction zone comprising a heterogeneous hydrogenation catalyst material in fluid communication with iii. an outlet zone; then i. an inlet zone in fluid communication with ii. a reaction zone comprising a heterogeneous hydrogenation catalyst material in fluid communication with iii. an outlet zone; then c) feeding the oxygenate feed composition of step a) to the reactor inlet zone i) of step b) to obtain an initial total concentration of C 1 -C 3 oxygenate compound of less than 20% by weight of reactor fluid in the reaction zone ii) of step b); and d) in the reaction zone ii) reacting the C 1 -C 3 -oxygenate compound with hydrogen in the presence of the catalyst material to obtain a C 1 -C 3 hydroxy compound; and then e) Recovering from the outlet zone iii) the hydroxy product composition comprising the C 1 -C 3 hydroxy compound.
Locking device for a door and/or a window, having a lock case and a lock counter case, having a moveably mounted locking element operable by a drive device, wherein the lock counter case has a bolt receiving space into which the locking element engages for locking a door leaf in its closed position, wherein the drive device with a drive slide designed as a bolt ejector is arranged in the lock counter case, wherein the drive device transfers a driving force to the locking element, by said drive device operating a compensation slide and the drive slide connected or connectable to the locking element in a drive direction and, in the case of a blocking of the drive slide, the compensation slide being displaceable and/or pivotable relative to the drive slide during charging of a spring element in the sense of a compensation movement, wherein the compensation slide has a transmission device which transmits the compensation movement to the spring element in such a way that said spring element is supplied with a charging movement which is modified with regard to the drive direction, such that the direction and/or the speed of the charging movement is modified.
Pantograph wearing strip extending along a longitudinal direction and comprising a face, called current collector face, intended to be put into contact with a contact wire of a catenary, and a face, called connecting face, intended to be mounted on a bow of a pantograph, the wearing strip comprising: - a carbon portion, called main portion, extending along said longitudinal direction, integrally between said current collector face and said connecting face, - at least one conductive element inserted in said main portion which extends at least partially along said longitudinal direction, at least partially between said current collector face and said connecting face, said conductive element being of a resistivity less than the resistivity of the carbon of said main portion and comprising carbon, characterised in that the sum of the widths of each conductive element is comprised between 5% and 25% of the width of the wearing strip, the widths being determined along a direction perpendicular to the longitudinal direction and to the direction perpendicular to the plane of the current collector and/or connecting faces to the bow. - a carbon portion, called main portion, extending along said longitudinal direction, integrally between said current collector face and said connecting face, - at least one conductive element inserted in said main portion which extends at least partially along said longitudinal direction, at least partially between said current collector face and said connecting face, said conductive element being of a resistivity less than the resistivity of the carbon of said main portion and comprising carbon, characterised in that the sum of the widths of each conductive element is comprised between 5% and 25% of the width of the wearing strip, the widths being determined along a direction perpendicular to the longitudinal direction and to the direction perpendicular to the plane of the current collector and/or connecting faces to the bow.
A folding type bicycle comprising: a front frame provided with a front wheel and a handle; a center frame provided with pedals and a saddle; a rear frame provided with a rear wheel; and a hinge device to enable the front frame, the center frame and the rear frame to pivot about one another, to be foldable with respect to one another, wherein the hinge device comprises a hinge shaft configured to rotatably connect the front frame, the center frame and the rear frame to one another at a central portion of the hinge shaft and an operating lever provided at an end portion of the hinge shaft, characterized in that the hinge device further comprises a locking pin member provided while being spaced apart from the hinge shaft to fix an unfolded state of the front frame, the center frame and the rear frame in accordance with pivoting of the operating lever, wherein the operating lever is configured to press the locking pin member at the rear frame or the front frame. a front frame provided with a front wheel and a handle; a center frame provided with pedals and a saddle; a rear frame provided with a rear wheel; and a hinge device to enable the front frame, the center frame and the rear frame to pivot about one another, to be foldable with respect to one another, wherein the hinge device comprises a hinge shaft configured to rotatably connect the front frame, the center frame and the rear frame to one another at a central portion of the hinge shaft and an operating lever provided at an end portion of the hinge shaft, characterized in that the hinge device further comprises a locking pin member provided while being spaced apart from the hinge shaft to fix an unfolded state of the front frame, the center frame and the rear frame in accordance with pivoting of the operating lever, wherein the operating lever is configured to press the locking pin member at the rear frame or the front frame.
A method comprising: sensing a temperature of a portion of a medical device by a temperature sensor; wherein sensing the temperature comprises one of: sensing a level of infrared radiation emitted from the portion of the medical device and sensing the temperature based on the sensed level of infrared radiation; or exciting a phosphor material disposed on the portion with electromagnetic radiation, detecting a phase shift in a luminescence of the phosphor material in response to the excitation and determining the temperature of the portion based on the phase shift; and controlling charging of a rechargeable power source based on the sensed temperature; wherein the temperature sensor is configured to sense the temperature of the portion without being thermally-coupled to the portion, meaning that the temperature sensor is configured to sense the temperature of the portion not through a physical connection to the portion. sensing a temperature of a portion of a medical device by a temperature sensor; sensing a level of infrared radiation emitted from the portion of the medical device and sensing the temperature based on the sensed level of infrared radiation; or exciting a phosphor material disposed on the portion with electromagnetic radiation, detecting a phase shift in a luminescence of the phosphor material in response to the excitation and determining the temperature of the portion based on the phase shift; and controlling charging of a rechargeable power source based on the sensed temperature; wherein the temperature sensor is configured to sense the temperature of the portion without being thermally-coupled to the portion, meaning that the temperature sensor is configured to sense the temperature of the portion not through a physical connection to the portion.
A method for detecting a discovery reference signal, comprising: acquiring, by a user equipment, configuration information of a discovery reference signal, wherein the configuration information comprises time-frequency resource information and sequence information of the discovery reference signal, the time-frequency resource information indicates at least one candidate time-frequency resource location of the discovery reference signal, and the sequence information indicates at least one candidate sequence of the discovery reference signal; receiving, by the user equipment, a first discovery reference signal sent by a base station; and determining, by the user equipment, a candidate time-frequency resource location of the discovery reference signal according to the time-frequency resource information, determining a candidate sequence of the discovery reference signal according to the sequence information, and, by detecting the candidate sequence of the discovery reference signal at the candidate time-frequency resource location, determining an actual time-frequency resource location of the first discovery reference signal and/or determining an actual sequence corresponding to the first discovery reference signal. acquiring, by a user equipment, configuration information of a discovery reference signal, wherein the configuration information comprises time-frequency resource information and sequence information of the discovery reference signal, the time-frequency resource information indicates at least one candidate time-frequency resource location of the discovery reference signal, and the sequence information indicates at least one candidate sequence of the discovery reference signal; receiving, by the user equipment, a first discovery reference signal sent by a base station; and determining, by the user equipment, a candidate time-frequency resource location of the discovery reference signal according to the time-frequency resource information, determining a candidate sequence of the discovery reference signal according to the sequence information, and, by detecting the candidate sequence of the discovery reference signal at the candidate time-frequency resource location, determining an actual time-frequency resource location of the first discovery reference signal and/or determining an actual sequence corresponding to the first discovery reference signal.
Method to operate an ID-based access-control system comprising at least one central server and at least one access-control device, which can be connected to at least one central server for the purpose of data communication, wherein, during normal operation of the access-control system, the at least one access-control device is connected to at least one central server for the purpose of data communication, characterized in that one zone is assigned to each access-control device, which has an clear zone-ID, wherein, if a customer medium is detected for the first time with regard to the validity of the access authorization within a zone of an online access-control device assigned to this zone, an offline dataset is written onto the customer medium, which, in the case that an access-control device is offline in the same zone and the it detects the customer medium, is read by the offline access-control device and used to determine the validity of one access authorization assigned to the 10 belonging to the customer medium, wherein the offline dataset contains time validity information and, for the case that a plurality of zones are provided, zone-related validity information, which makes it possible to determine the validity of one access authorization assigned to 10 belonging to the customer medium and wherein the data of the offline access-control transaction is saved by the access-control device and passed on to the central server as soon as the access-control device is in online mode again and that when a customer medium is detected by an online access-control device in a zone, only the 10 belonging to the customer medium are ready and passed on to the central server, wherein the central server responds with the information concerning whether there is a valid access authorization for this zone for the customer medium and, in the case that the customer medium is detected for the first time in this zone with regard to the validity of the access authorization, with an offline dataset, which should be written onto the customer medium by the access-control device, wherein if the offline data set has been successfully written onto the customer medium, the related information is transmitted to the central server by the access-control device, wherein, in the case of access verifications of the same customer medium by means of online access-control devices in the same zone for the evaluation of the validity of the access authorization based on the ID of the customer via the central server, no offline dataset is transmitted to the respective access-control device.