mhurhangee/ep-ind-claims huggingface dataset:
A method in a first Ethernet physical layer device that is coupled to a second Ethernet physical layer device via a single pair network link, comprising: receiving transmission control during a first time period, said transmission control providing said first Ethernet physical layer device with use of said single pair network link for transmission to said second Ethernet physical layer device, wherein during said first time period said second Ethernet physical layer device is prevented from transmitting over said single pair network link; receiving data that is transmitted by said second Ethernet physical layer device during a second time period following said first time period, wherein during said second time period, transmission control is relinquished to said second Ethernet physical layer device and said first Ethernet physical layer device is prevented from transmitting over said single pair network link, wherein said first time period and said second time period along with two gap periods between transmission by said first and second Ethernet physical layer devices define a repeating time division duplex frame; shortening a length of said first time period if said first Ethernet physical layer device has no data to send; and maintaining a receiver DSP status by a periodic minimum transmission of data or idle signal. receiving transmission control during a first time period, said transmission control providing said first Ethernet physical layer device with use of said single pair network link for transmission to said second Ethernet physical layer device, wherein during said first time period said second Ethernet physical layer device is prevented from transmitting over said single pair network link; receiving data that is transmitted by said second Ethernet physical layer device during a second time period following said first time period, wherein during said second time period, transmission control is relinquished to said second Ethernet physical layer device and said first Ethernet physical layer device is prevented from transmitting over said single pair network link, wherein said first time period and said second time period along with two gap periods between transmission by said first and second Ethernet physical layer devices define a repeating time division duplex frame; shortening a length of said first time period if said first Ethernet physical layer device has no data to send; and maintaining a receiver DSP status by a periodic minimum transmission of data or idle signal.
A torsional damper (1a; 1b: 1c; 1d), comprising a torsionally elastic ring element (4a; 4b; 4c) having an inner and outer coupling surface (5, 6), an inner transmission body (2a; 2b; 2c) fixed to the inner coupling surface and a support body (40; 14; 17) fixed to the outer coupling surface, wherein the inner and outer coupling surface (5, 6) of the ring element (4a; 4b; 4c) are integrally connected to each other via a torsionally elastic membrane structure, which is formed of a plurality of support elements (10, 12) which can be deformed with bending elasticity, run radially and concentrically to a symmetry axis of the ring element (4a; 4b; 4c) and extend along the symmetry axis and the radially extending support elements form membrane spoke elements, the intermediate spaces of which are bridged by the concentrically running support elements which are respectively arranged in an offset manner, characterized in that a symmetric, honeycomb-like chamber structure is created, in which prismatically shaped chambers extend concentric to and in the direction of a symmetry axis.
A cell for a silicon-based photoelectric multiplier, comprising: - a first layer of a first conductivity type, - a second layer of a second conductivity type formed on the first layer, wherein - the first layer and the second layer form a first p-n junction, and - a quenching resistor layer of a second conductivity type fabricated as a well area in the upper surface of the semiconductor body on the first layer laterally besides the second layer and connected to a lateral side face of the second layer, the quenching resistor layer being arranged and adapted to quench the avalanche current in operation of the multiplier. - a first layer of a first conductivity type, - a second layer of a second conductivity type formed on the first layer, wherein - the first layer and the second layer form a first p-n junction, and - a quenching resistor layer of a second conductivity type fabricated as a well area in the upper surface of the semiconductor body on the first layer laterally besides the second layer and connected to a lateral side face of the second layer, the quenching resistor layer being arranged and adapted to quench the avalanche current in operation of the multiplier.
Expandable silica particle comprising: 50 - 98 wt% of silica powder; 0.85 - 10 wt% of at least one expanding agent; 0.01 - 10 wt% of silica fume and a coating, provided on the outer surface of the expandable silica particle, wherein the coating comprises kaolin powder and talc powder. 50 - 98 wt% of silica powder; 0.85 - 10 wt% of at least one expanding agent; 0.01 - 10 wt% of silica fume and a coating, provided on the outer surface of the expandable silica particle, wherein the coating comprises kaolin powder and talc powder.
Joint, which comprises at least three degrees of freedom of rotation and which comprises a rigid carrier element and at least two elastically deformable joint devices, which are arranged at the carrier element in an overlap with respect to one another at least in a section, wherein each of the joint devices comprises two joint elements, and wherein each of the joint elements comprises an elongated web section and a fastening section which is arranged at one end of the web section for fastening the joint device at a higher-level unit, and wherein the two web sections of each joint device extend in a direction which points away from the carrier element in such a way that the same cross one another, characterized in that at least one web section of a joint device extends at least in a section between the two web sections of the other joint device.
A base station for communicating with a terminal in a cell, comprising: a transmission unit configured to transmit control information for the terminal on a second control channel that is transmitted using a second antenna port different from a first antenna port used for transmission of a first control channel; and a higher layer unit configured to notify the terminal of terminal specific setting information indicating a sub-frame in which the terminal monitors the second control channel, wherein the first antenna port is an antenna port used for transmission of a cell-specific reference signal that is a reference signal specific to the cell, and the second antenna port is an antenna port used for transmission of a demodulation reference signal that is specific to the terminal and is associated with the second control channel. a transmission unit configured to transmit control information for the terminal on a second control channel that is transmitted using a second antenna port different from a first antenna port used for transmission of a first control channel; and a higher layer unit configured to notify the terminal of terminal specific setting information indicating a sub-frame in which the terminal monitors the second control channel, wherein the first antenna port is an antenna port used for transmission of a cell-specific reference signal that is a reference signal specific to the cell, and the second antenna port is an antenna port used for transmission of a demodulation reference signal that is specific to the terminal and is associated with the second control channel.
A method for logging and reporting network events by a user equipment in an LTE network, comprising: receiving control plane based messaging from a network that configures the UE for logging of measurement results, wherein the control plane based messaging is based on a protocol stack that includes one or more Non-Access Stratum, NAS, signaling protocols and one or more Access Stratum, AS, signaling protocols; performing one or more measurements; logging at least one of the one or more measurements based on the configuration; receiving an explicit request from the network for log reporting of all event logs maintained by the UE in a predetermined time period; and reporting the event logs to the network in response to the request. receiving control plane based messaging from a network that configures the UE for logging of measurement results, wherein the control plane based messaging is based on a protocol stack that includes one or more Non-Access Stratum, NAS, signaling protocols and one or more Access Stratum, AS, signaling protocols; performing one or more measurements; logging at least one of the one or more measurements based on the configuration; receiving an explicit request from the network for log reporting of all event logs maintained by the UE in a predetermined time period; and reporting the event logs to the network in response to the request.
A method of analyzing nucleic acids in a formalin fixed paraffin embedded (FFPE) tissue sample while maintaining spatial context, the method comprising: (a) providing a FFPE tissue sample comprising nucleic acids; (b) applying a library of tags to the sample such that different geographical regions of the sample receive different tags or different concentrations of tags, wherein said applying is accomplished via diffusion; (c) separating portions of the sample into discrete partitions such that portions of the library of tags and portions of the nucleic acids are also separated into the discrete partitions; (d) obtaining sequence information from the nucleic acids, and (e) identifying tags or concentrations of tags in the discrete partitions, thereby analyzing said nucleic acids while maintaining spatial context. (a) providing a FFPE tissue sample comprising nucleic acids; (b) applying a library of tags to the sample such that different geographical regions of the sample receive different tags or different concentrations of tags, wherein said applying is accomplished via diffusion; (c) separating portions of the sample into discrete partitions such that portions of the library of tags and portions of the nucleic acids are also separated into the discrete partitions; (d) obtaining sequence information from the nucleic acids, and (e) identifying tags or concentrations of tags in the discrete partitions, thereby analyzing said nucleic acids while maintaining spatial context.
A method for binding security keys to media streams within user equipment UE, said method comprising: receiving a key message comprising a key-encryption-key, KEK,; receiving a session description message that describes streaming media initialization parameters comprising media stream information for one or more media streams (262, 266), wherein for each of the media streams (262, 266) the media stream information comprises an IP address and a data port, wherein the session description message further comprises a linkage for binding the KEK to a corresponding one of the media streams (262, 266); and during session initialization, binding the KEK, to the media streams (262, 266) using the linkage of the session description message, wherein each of the media streams (262, 266) is secured using a traffic key conveyed to user equipment, UE, under protection of the KEK. receiving a key message comprising a key-encryption-key, KEK,; receiving a session description message that describes streaming media initialization parameters comprising media stream information for one or more media streams (262, 266), wherein for each of the media streams (262, 266) the media stream information comprises an IP address and a data port, wherein the session description message further comprises a linkage for binding the KEK to a corresponding one of the media streams (262, 266); and during session initialization, binding the KEK, to the media streams (262, 266) using the linkage of the session description message, wherein each of the media streams (262, 266) is secured using a traffic key conveyed to user equipment, UE, under protection of the KEK.
A polymer composition, comprising: - at least one polyamide, - from 1 to 50 wt.%, based on the total weight of, of at least one functionalized polymer, wherein P2 is a poly(aryl ether sulfone) (PAES) having at least one functional group (SO 3 -), (M p+) 1/p in which M p+ is a metal cation of p valence. - at least one polyamide, - from 1 to 50 wt.%, based on the total weight of, of at least one functionalized polymer, wherein P2 is a poly(aryl ether sulfone) (PAES) having at least one functional group (SO 3 -), (M p+) 1/p in which M p+ is a metal cation of p valence.
A method for secure communication in a breathing system for remote setting of a ventilator via a server, comprising that - an authentication of the ventilator and the server is performed - a communication connection between the ventilator and the server is ensured - an encryption of the communication between the ventilator and the server occurs - the integrity of the transmitted data/settings is checked - a labeling of the transmitted data/settings with a time stamp and/or a device ID and/or a firmware version takes place - access to the server and/or a check of the access rights for the server is protected - a unique assignment of a user to a ventilator is performed - a preselection of suitable setting options and matching setting parameters for an individual ventilator is provided by the server, and - the suitability of the setting options and setting parameters provided by the server is checked by the ventilator, characterized in that the server identifies only those setting options and setting parameters from a database which are compatible with the individual ventilator. - an authentication of the ventilator and the server is performed - a communication connection between the ventilator and the server is ensured - an encryption of the communication between the ventilator and the server occurs - the integrity of the transmitted data/settings is checked - a labeling of the transmitted data/settings with a time stamp and/or a device ID and/or a firmware version takes place - access to the server and/or a check of the access rights for the server is protected - a unique assignment of a user to a ventilator is performed - a preselection of suitable setting options and matching setting parameters for an individual ventilator is provided by the server, and - the suitability of the setting options and setting parameters provided by the server is checked by the ventilator,
A system comprising: one or more devices coupled to each other in a network; and one or more routers configured to forward packets to the devices; wherein at least one of the routers is configured to accept a secured connection from an external device and store an address of the device as an allowable address; and wherein the router is further configured to check, upon receipt of a packet to establish a peer-to-peer, P2P, connection, whether the packet originates from an allowable address, and in this case inform further routers in the network of the allowable address and forward the packet in the network, and otherwise prevent the packet from being forwarded; characterized in that preventing a packet from being forwarded comprises modifying the packet, wherein the modifying comprises making the packet content unreadable or scrambling and causing a short-term disruption of the connection medium. one or more devices coupled to each other in a network; and one or more routers configured to forward packets to the devices; wherein at least one of the routers is configured to accept a secured connection from an external device and store an address of the device as an allowable address; and wherein the router is further configured to check, upon receipt of a packet to establish a peer-to-peer, P2P, connection, whether the packet originates from an allowable address, and in this case inform further routers in the network of the allowable address and forward the packet in the network, and otherwise prevent the packet from being forwarded; characterized in that preventing a packet from being forwarded comprises modifying the packet, wherein the modifying comprises making the packet content unreadable or scrambling and causing a short-term disruption of the connection medium.
A method for fabricating a PCD cutter element, comprising: (a) coating, by atomic layer deposition, a plurality of diamond particles by directly depositing the coating on an outer surface of each diamond particle of the plurality of diamond particles to form a plurality of coated diamond particles; (b) removing oxides from the plurality of coated diamond particles after (a); (c) forming a PCD cutter element using the coated diamond particles after (b). (a) coating, by atomic layer deposition, a plurality of diamond particles by directly depositing the coating on an outer surface of each diamond particle of the plurality of diamond particles to form a plurality of coated diamond particles; (b) removing oxides from the plurality of coated diamond particles after (a); (c) forming a PCD cutter element using the coated diamond particles after (b).
A method of determining a fatigue crack lifetime of a low-alloy steel material that comes in contact with high-pressure hydrogen in a high-pressure hydrogen environment, comprising: estimating a fatigue crack acceleration starting point K max T of the low-alloy steel material using a crack-growth threshold stress intensity factor K IH-R obtained through a rising load test on the low-alloy steel material in a high-pressure hydrogen environment using hydrogen gas, wherein the high-pressure hydrogen environment of the rising load test is a high-pressure hydrogen environment which has the same pressure and atmosphere as in the high-pressure hydrogen environment in which K max T is estimated and in which the test temperature tolerance between both environments is ±5°C; wherein K IH-R is taken as the value of K max T; and wherein a fatigue crack lifetime analysis is performed in a section of (1-R)×K 0 (a 0) to (1-R)×K max T (a c) in a fatigue crack growth characteristic diagram representing a relationship between a crack growth rate da/dN and a stress intensity factor width ΔK obtained through a fatigue crack growth test in a high-pressure hydrogen environment, wherein R represents a stress ratio, K 0 (a 0) represents a fatigue crack-growth threshold stress intensity factor based on an initially-estimated crack depth a 0, and K max T (a c) represents a fatigue crack acceleration starting point based on a fracture-limit crack depth a c. estimating a fatigue crack acceleration starting point K max T of the low-alloy steel material using a crack-growth threshold stress intensity factor K IH-R obtained through a rising load test on the low-alloy steel material in a high-pressure hydrogen environment using hydrogen gas, wherein the high-pressure hydrogen environment of the rising load test is a high-pressure hydrogen environment which has the same pressure and atmosphere as in the high-pressure hydrogen environment in which K max T is estimated and in which the test temperature tolerance between both environments is ±5°C; wherein K IH-R is taken as the value of K max T; and wherein a fatigue crack lifetime analysis is performed in a section of (1-R)×K 0 (a 0) to (1-R)×K max T (a c) in a fatigue crack growth characteristic diagram representing a relationship between a crack growth rate da/dN and a stress intensity factor width ΔK obtained through a fatigue crack growth test in a high-pressure hydrogen environment, wherein R represents a stress ratio, K 0 (a 0) represents a fatigue crack-growth threshold stress intensity factor based on an initially-estimated crack depth a 0, and K max T (a c) represents a fatigue crack acceleration starting point based on a fracture-limit crack depth a c.
Thermostatic valve attachment having a stationary part, a fixture geometry with which it is connectable to a radiator valve and a handle which is rotatable relatively to the stationary part, wherein the handle comprises an inner handle and an outer handle, wherein the inner handle and the outer handle are connected to each other, characterized in that the inner handle and the outer handle are connected via a snap connection comprising first snap connectors of the inner handle and second snap connectors in the outer handle.
Endoscopy device comprising: - several image guides (1, 2, 3) each comprising two ends, respectively proximal and distal, linked a plurality of optical fibres, the distal end of each guide being separated from the distal ends of the other guides so that each distal end of a guide can move independently of the other guides, - detection means arranged for detecting a light beam collected at the distal end of one of the guides the device further comprising a scanning system optically linked to said proximal ends and arranged to direct an excitation light beam in turn into one of the fibres of said guides from the proximal end of the guide comprising said one of the fibres, the detection means being arranged for detecting a light beam collected by a fibre in response to the excitation beam directed into this same fibre, the proximal ends of the guides (1, 2, 3) being sticked together and surrounded by a protective sheath in order to be combined to form a bundle of guides, the device also comprising a connector for connecting the proximal end of the bundle of guides to the scanning system the device also comprising means for extracting, from beams collected by one or more guides, a set of light beams collected by several fibres at the distal end of one of the guides, the detection means comprising a detector, these extraction means comprising means for implementing an extraction algorithm using a correspondence table between each fibre and pixels of the detector, or a correspondence table between each fibre and a moment of the scanning period if the scanning is periodic, such that the extraction means associate each beam detected by the detector with the fibre from which the beam originates. - several image guides (1, 2, 3) each comprising two ends, respectively proximal and distal, linked a plurality of optical fibres, the distal end of each guide being separated from the distal ends of the other guides so that each distal end of a guide can move independently of the other guides, - detection means arranged for detecting a light beam collected at the distal end of one of the guides
A method for the chromatographic purification and/or separation of protein glycoforms by contacting the sample comprising the protein glycoforms with a separation material comprising of a base matrix to the surfaces of which polymer chains are covalently bonded, characterised in that the polymer chains comprise end groups -N -R3 with Y being independently from each other H or CH 3, and R3 being -CHCOOMR4 with R4 being C1 to C4 alkyl or C1 to C4 perfluoroalkyl and M being H, Na, K, or NH 4. the polymer chains comprise end groups -N -R3 with Y being independently from each other H or CH 3, and R3 being -CHCOOMR4 with R4 being C1 to C4 alkyl or C1 to C4 perfluoroalkyl and M being H, Na, K, or NH 4.