mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communications in an access network comprising first and second coordinated multi-point groups (801, 805), the method comprising: allocating a first resource pattern to the first group, the first resource pattern including one or more first resource elements for channel estimation and one or more second resource elements for interference estimation within the first group; allocating a second resource pattern to the second group, the second resource pattern including one or more first resource elements for channel estimation and one or more second resource elements for interference estimation within the second group; signaling an identifier, to a user equipment, indicating the first resource pattern and the second resource pattern used by the user equipment to perform measurements of channel state conditions; receiving at least one channel state condition report from the user equipment based, at least in part, on measurements obtained based on at least one of the first resource pattern or the second resource pattern; and determining one or more resources for use by the user equipment based on the at least one received channel state condition report. allocating a first resource pattern to the first group, the first resource pattern including one or more first resource elements for channel estimation and one or more second resource elements for interference estimation within the first group; allocating a second resource pattern to the second group, the second resource pattern including one or more first resource elements for channel estimation and one or more second resource elements for interference estimation within the second group; signaling an identifier, to a user equipment, indicating the first resource pattern and the second resource pattern used by the user equipment to perform measurements of channel state conditions; receiving at least one channel state condition report from the user equipment based, at least in part, on measurements obtained based on at least one of the first resource pattern or the second resource pattern; and determining one or more resources for use by the user equipment based on the at least one received channel state condition report.
A waveguide transition comprising a ridge waveguide section that in turn comprises a first ridge part running along a first wall in the ridge waveguide section, where there is a first distance (d 1) between the first wall and an opposing second wall, wherein the waveguide transition comprises a partial H-plane waveguide section that in turn comprises at least one electrically conducting foil arranged inside the partial H-plane waveguide section and comprising a longitudinally running foil slot ending a certain edge distance (d e) before a foil edge that faces the ridge waveguide section, where the ridge waveguide section and the partial H-plane waveguide section overlap during a transition section that has a first end at a transition between the second wall and a third wall, the third wall being parallel to the second wall, where there is a second distance (d 2) between the first wall and the third wall that exceeds the first distance (d 1), and where the transition section has a second end where the first ridge part ends by means of a transversely running second ridge part that crosses the foil slot and connects to a fourth wall, perpendicular to the first wall.
Method for configuring and distributing access rights among intelligent devices,,, within a distributed system in remotely monitored network control and station automation systems or in self-contained industrial installations of a technical process or technical installation, wherein the distributed system comprises at least a first intelligent device which is connected to further intelligent devices,, via a network connection by means of a web client, and process and/or installation data provided from physically mutually remote parts of the technical installation or technical process are transmitted to the intelligent devices,,,, and the intelligent devices,,, in each case have at least a first memory module and in each case a second memory module, characterized in that - a shared key is stored in each case in the first memory module and device-internal, individual keys (B1, B2, B3,...) are stored in each case in the second memory module, - a user account is created and configured in the first device via the web client, - the first device-internal key stored in the first device is used to carry out an encryption of the user account prior to a storage of the user account as a password file in the second memory module, - the shared key stored in the first device is used to encrypt the data of the password file prior to the reading into the web client, - the web client is used to distribute the password file encrypted by means of the shared key via the network connection among the further intelligent devices,,, - the shared key stored in the further intelligent devices,, is used to decrypt the data stored in the encrypted password file, and - the further device-internal key (B1, B2, B3,...) of the respective further intelligent device,, is used to encrypt the password file with the previously decrypted data prior to its storage in the respective further intelligent device,,. - a shared key is stored in each case in the first memory module and device-internal, individual keys (B1, B2, B3,...) are stored in each case in the second memory module, - a user account is created and configured in the first device via the web client, - the first device-internal key stored in the first device is used to carry out an encryption of the user account prior to a storage of the user account as a password file in the second memory module, - the shared key stored in the first device is used to encrypt the data of the password file prior to the reading into the web client, - the web client is used to distribute the password file encrypted by means of the shared key via the network connection among the further intelligent devices,,, - the shared key stored in the further intelligent devices,, is used to decrypt the data stored in the encrypted password file, and - the further device-internal key (B1, B2, B3,...) of the respective further intelligent device,, is used to encrypt the password file with the previously decrypted data prior to its storage in the respective further intelligent device,,.
A telecommunications antenna which can be used indoors or outdoors, with a housing comprising a radome and a radiator arranged in the housing, wherein the radiator is mounted on an electroconductive support structure, and the electroconductive support structure engages the housing in either one of a rotatable fashion or in a rotatably fixed fashion about an axis, through at least one non-electroconductive body being so tensionable in a direction parallel to the axis that a transition from the rotatable fashion to the rotatably fixed fashion is effected by forming a frictional engagement, wherein the housing comprises a non-electro-conductive bracket section (14, 16); characterized in that the non-electro-conductive body is a clamping body, tensionable by means of a screw or a fastener, engaging in the non-electro-conductive bracket section, wherein the non-electroconductive body forms a claw with two legs (84, 86).
A system for establishing network connectivity for a network device, comprising: a network connectivity controller for locating network providers, the network connectivity controller having a processor for executing machine-readable code configured for: connecting to a network provider; pinging, with the aid of the network provider, a first server having a static internet protocol IP address and a second server having a static uniform resource locator URL; and in response to said pinging terminating a connection to said network provider based upon any one network termination condition selected from the group consisting of (a) a network bandwidth of another network provider is higher than a network bandwidth of said network provider, (b) a network cost of another network provider is lower than a network cost of said network provider, (c) network access provided by another network provider is more robust than network access provided by said network provider, (d) connectivity between the network device and another network provider is via wired connection and connectivity between the network device and said network provider is via wireless connection and (e) another network provider is in closer proximity to the network device than said network provider. connecting to a network provider; pinging, with the aid of the network provider, a first server having a static internet protocol IP address and a second server having a static uniform resource locator URL; and in response to said pinging terminating a connection to said network provider based upon any one network termination condition selected from the group consisting of (a) a network bandwidth of another network provider is higher than a network bandwidth of said network provider, (b) a network cost of another network provider is lower than a network cost of said network provider, (c) network access provided by another network provider is more robust than network access provided by said network provider, (d) connectivity between the network device and another network provider is via wired connection and connectivity between the network device and said network provider is via wireless connection and (e) another network provider is in closer proximity to the network device than said network provider. (a) a network bandwidth of another network provider is higher than a network bandwidth of said network provider, (b) a network cost of another network provider is lower than a network cost of said network provider, (c) network access provided by another network provider is more robust than network access provided by said network provider, (d) connectivity between the network device and another network provider is via wired connection and connectivity between the network device and said network provider is via wireless connection and (e) another network provider is in closer proximity to the network device than said network provider.
A method for manufacturing at least one semiconductor structure comprising the following steps of: - providing a substrate including at least one semiconductor silicon surface, - forming an amorphous silicon carbide layer in contact with at least one part of the semiconductor silicon surface, - forming the at least one semiconductor structure in contact with the silicon carbide layer, said structure comprising at least one part, called a contact part, in contact with the surface of the silicon carbide layer, which includes gallium. - providing a substrate including at least one semiconductor silicon surface, - forming an amorphous silicon carbide layer in contact with at least one part of the semiconductor silicon surface, - forming the at least one semiconductor structure in contact with the silicon carbide layer, said structure comprising at least one part, called a contact part, in contact with the surface of the silicon carbide layer, which includes gallium.
A method performed in a proxy, the method comprising the steps of: establishing a first secure connection between the proxy and a content server; forwarding messages between a client and the content server to establish a second secure connection between the client and the content server; said method being characterised by receiving security parameters from the content server over the first secure connection, the security parameters being associated with the second secure connection; obtaining content, based on at least one of said security parameters; and transmitting the content to the client, performing transmission encryption, using an encryption key derived from the security parameters. establishing a first secure connection between the proxy and a content server; forwarding messages between a client and the content server to establish a second secure connection between the client and the content server; said method being characterised by receiving security parameters from the content server over the first secure connection, the security parameters being associated with the second secure connection; obtaining content, based on at least one of said security parameters; and transmitting the content to the client, performing transmission encryption, using an encryption key derived from the security parameters.
Joystick, comprising a stick that can at least rotationally move relative to a base about two axes and first return means placed between said base and a movable element acting on said stick, tending to return said stick to a neutral position, said joystick further comprising compensation means placed between said base and said movable element and applying a force thereto that at least partially compensates the force applied by said first return means, at least when said stick is in the vicinity of said neutral position, characterised in that said compensation means comprise second return means mounted between said base and said movable element and applying a compensation force to said movable element at least partially compensating the force applied by said first return means, so that, in the vicinity of said neutral position, the resulting force required to move said stick is reduced relative to the single force applied by said first return means.
Oral pharmaceutical composition comprising coated particles of a complex of at least one active agent with an ion-exchange resin, wherein said particles are coated with a bioadhesive coating layer comprising at least one bioadhesive material and further comprise an enteric coating layer which is placed over the bioadhesive layer and comprises at least one enteric coating material, wherein the active agent is selected from the group consisting of levodopa, carbidopa, benserazide, entacapone and mixtures thereof, alendronate, olanzapine, risperidone and ropinirole, and wherein the bioadhesive material is selected from the group consisting of optionally crosslinked homopolymers of acrylic acid or an alkylacrylic acid and optionally crosslinked copolymers of acrylic acid or methacrylic acid with a (C 10 -C 30) alkyl acrylate.
A stage device that is used together with an optical system configured to irradiate an object with light, the device comprising: a movable body arranged for holding the object and movable along a two-dimensional plane; and a first measurement system including a first measurement member and configured to measure positional information of the movable body, the first measurement member being configured to irradiate a first measurement surface with a measurement beam and receive light from the first measurement surface; and a second measurement system, wherein one of the first measurement surface and the first measurement member is provided at a surface of the movable body, the surface being on a side opposite to another surface of the movable body facing the optical system, the other of the first measurement surface and the first measurement member is provided at a position facing the one of the first measurement surface and the first measurement member and the second measurement system is configured to acquire positional information of the other of the first measurement surface and the first measurement member, with respect to the optical system. a movable body arranged for holding the object and movable along a two-dimensional plane; and a first measurement system including a first measurement member and configured to measure positional information of the movable body, the first measurement member being configured to irradiate a first measurement surface with a measurement beam and receive light from the first measurement surface; and a second measurement system, wherein one of the first measurement surface and the first measurement member is provided at a surface of the movable body, the surface being on a side opposite to another surface of the movable body facing the optical system, the other of the first measurement surface and the first measurement member is provided at a position facing the one of the first measurement surface and the first measurement member and the second measurement system is configured to acquire positional information of the other of the first measurement surface and the first measurement member, with respect to the optical system.
A method of storing information in a probabilistic nonvolatile binary memory, comprising: computing, for each synaptic connection of a plurality of synaptic connections in an artificial neural network, an update of a weight of that synaptic connection according to a learning rule; based on the update of the weight, generating a pulse for writing to a memory location within the probabilistic nonvolatile binary memory, wherein the memory location within the probabilistic nonvolatile memory has a characteristic such that the switching probability is a function of current amplitude and write time of the pulse; and switching, in a probabilistic manner for each of the synapses, a binary state of the location within the probabilistic nonvolatile memory associated with that synaptic connection based on the pulse wherein the binary state of the location shows the accumulated effect of multiple training events. computing, for each synaptic connection of a plurality of synaptic connections in an artificial neural network, an update of a weight of that synaptic connection according to a learning rule; based on the update of the weight, generating a pulse for writing to a memory location within the probabilistic nonvolatile binary memory, wherein the memory location within the probabilistic nonvolatile memory has a characteristic such that the switching probability is a function of current amplitude and write time of the pulse; and switching, in a probabilistic manner for each of the synapses, a binary state of the location within the probabilistic nonvolatile memory associated with that synaptic connection based on the pulse wherein the binary state of the location shows the accumulated effect of multiple training events.
A method of constructing a merge candidate list in coding a multi-view video, by a video decoding apparatus, the method comprising: determining a prediction mode for a current block; deriving, as a merge candidate, motion information from neighbor blocks of the current block when the prediction mode for the current block is a merge mode or a skip mode; and constructing a merge candidate list using the motion information of the neighbor blocks and disparity information derived from a neighbor block of the current block, characterized in, that the merge candidate list includes an inter-view merge candidate and spatial merge candidates, the inter-view merge candidate is derived from motion information of a reference block in a reference view specified by the disparity information derived from the neighbor block of the current block, the spatial merge candidates include a first spatial merge candidate representing motion information derived from a left block of the current block, a second spatial merge candidate representing motion information derived from an above block of the current block, a third spatial merge candidate representing motion information derived from an above right block of the current block, a fourth spatial merge candidate representing motion information derived from a bottom left block of the current block, and an fifth spatial merge candidate representing motion information derived from a left above block of the current block, the constructing of the merge candidate list comprises determining whether illumination compensation is applied to the current block, and when the illumination compensation is applied to the current block the merge candidate list does not include a view synthesis prediction merge candidate, and when the illumination compensation is not applied to the current block the merge candidate list further includes the view synthesis prediction merge candidate, and the view synthesis prediction merge candidate is induced from the disparity information. determining a prediction mode for a current block; deriving, as a merge candidate, motion information from neighbor blocks of the current block when the prediction mode for the current block is a merge mode or a skip mode; and constructing a merge candidate list using the motion information of the neighbor blocks and disparity information derived from a neighbor block of the current block,
A process for calibrating a detection apparatus comprising: an ioniser (202/210) for ionising a sample; a detector for detecting ions formed as a result of ionisation; a drift chamber between the ioniser and detector along which ions can travel from the ioniser toward the detector; and a gate for controlling the passage of ions from the ioniser to the drift chamber; wherein the detector is used to characterise the ions detected based on the time for ions to pass from the gate along the drift chamber to the detector; said process comprising: i) introducing a calibrant sample comprising isoflurane into the detection apparatus; ii) collecting experimental data relevant to the detection of negative isoflurane monomer and dimer ions formed as a result of ionisation of the calibrant sample; and iii) calibrating the detection apparatus for the detection of a known target chemical based on an evaluation of the experimental data collected for the negative isoflurane monomer ion against the experimental data collected for the negative isoflurane dimer ion. an ioniser (202/210) for ionising a sample; a detector for detecting ions formed as a result of ionisation; a drift chamber between the ioniser and detector along which ions can travel from the ioniser toward the detector; and a gate for controlling the passage of ions from the ioniser to the drift chamber; wherein the detector is used to characterise the ions detected based on the time for ions to pass from the gate along the drift chamber to the detector; said process comprising: i) introducing a calibrant sample comprising isoflurane into the detection apparatus; ii) collecting experimental data relevant to the detection of negative isoflurane monomer and dimer ions formed as a result of ionisation of the calibrant sample; and iii) calibrating the detection apparatus for the detection of a known target chemical based on an evaluation of the experimental data collected for the negative isoflurane monomer ion against the experimental data collected for the negative isoflurane dimer ion. i) introducing a calibrant sample comprising isoflurane into the detection apparatus; ii) collecting experimental data relevant to the detection of negative isoflurane monomer and dimer ions formed as a result of ionisation of the calibrant sample; and iii) calibrating the detection apparatus for the detection of a known target chemical based on an evaluation of the experimental data collected for the negative isoflurane monomer ion against the experimental data collected for the negative isoflurane dimer ion.
A car corner bracket for joining two side wall elements of an elevator car, the car corner bracket comprising two receptions (4, 5) suitable for fitting in panel elements, at least one of the receptions (4, 5) being equipped with at least one retainer (7a, 7b) for receiving an abutment element for defining a position and/or fixing a panel element, characterised in that preferably at least one of the retainers is arranged in a front wall of one of the receptions (4, 5), wherein the car corner bracket comprises a first outer flank and a second outer flank, including a corner angle (γ) and a first inner flank and a second inner flank, including a corner angle (γ), the first inner flank and the first outer flank as well as the second inner flank and the second outer flank being arranged in parallel and having a distance (d), the first inner flank, the first outer flank and an end part of the second outer flank define a first of said receptions, the second inner flank, an end part of the first inner flank and a second part of the second outer flank define a second of said receptions.