mhurhangee/ep-ind-claims huggingface dataset:
Method for data communication from a plurality of senders to a plurality of receivers being connected over a single electric power network having a determined data transmission channel bandwidth, characterized by simultaneously asynchronously transmitting data over a plurality of peer-to-peer transmission channels established between said plurality of senders and said plurality of receivers, said channel bandwidth is divided into a plurality of sub-channels, each of said parallel peer-to-peer transmission channels using a different one of said sub-channels.
A method of aperiodic downlink channel quality reporting in a radio communication system utilizing carrier aggregation, wherein a number of downlink component carriers can be aggregated for communication between a network node and a User Equipment,UE, in said system, comprising the steps of: - a set of downlink component carriers is determined, by a network node, from said number of downlink component carriers, - a downlink control channel is provided by the network node to said UE, wherein said downlink control channel provided to the UE is arranged by the network node to include information being usable for identifying by said UE at least one downlink component carrier of said set of downlink component carriers for which a channel quality report is to be provided to the network node, and - a channel quality report is provided, by the UE to the network node, for each one of the at least one identified downlink component carrier; wherein said at least one identified downlink component carrier is identified by the UE from the set of downlink component carriers by utilizing the information being included in the downlink control channel for said UE; wherein said set of downlink component carriers includes all active component carriers of said number of downlink component carriers or a subset of all active component carriers of said number of downlink component carriers; wherein said information includes a positive channel quality report request indicating that a channel quality report is requested for downlink component carriers identified by the UE from the set of downlink component carriers for which the channel quality report is to be provided to the network node. - a set of downlink component carriers is determined, by a network node, from said number of downlink component carriers, - a downlink control channel is provided by the network node to said UE, wherein said downlink control channel provided to the UE is arranged by the network node to include information being usable for identifying by said UE at least one downlink component carrier of said set of downlink component carriers for which a channel quality report is to be provided to the network node, and - a channel quality report is provided, by the UE to the network node, for each one of the at least one identified downlink component carrier; wherein said at least one identified downlink component carrier is identified by the UE from the set of downlink component carriers by utilizing the information being included in the downlink control channel for said UE;
A tool for cryosurgery for handling tissue in ophthalmic surgical procedures, the tool comprising: a tubular body, a container for holding cryogenic fluid, the container being positioned within the tubular body, a treatment tip connected to a distal end of the tubular body, a capillary for transporting cryogenic fluid from the container to the treatment tip, wherein an inner diameter of the capillary ensures expansion of the cryogenic fluid at the closed off end tip instead of closer to the tubular body, wherein the treatment tip comprises a closed off end tip and a shaft of thermally insulating material having an inner lumen with a diameter (d l) which is larger than an outer diameter (d o) of the capillary, the shaft being sealingly coupled to the closed off end tip. a tubular body, a container for holding cryogenic fluid, the container being positioned within the tubular body, a treatment tip connected to a distal end of the tubular body, a capillary for transporting cryogenic fluid from the container to the treatment tip, wherein an inner diameter of the capillary ensures expansion of the cryogenic fluid at the closed off end tip instead of closer to the tubular body, wherein the treatment tip comprises a closed off end tip and a shaft of thermally insulating material having an inner lumen with a diameter (d l) which is larger than an outer diameter (d o) of the capillary, the shaft being sealingly coupled to the closed off end tip.
Method for finding a path for routing a call from a source-node to a destination-node through a communication network, characterized in that the source-node generates a random-number dependent on the link's capacity and free bandwidth, that depending on the generated random-number at least one path between the source-node and the destination-node will be selected from the source-node and that the source-node generates for each selected path a separate random-number, wherein the source-node maintains a links state database, and when the source-node wants to calculate a path from itself to a destination-node the source-node computes a path for the data of the call through the network, wherein for finding a path from the source-node to the destination-node through the network the source-node selects a shortest path through the network, wherein the shortest path is the path with the minimal total cumulated distance or cost of the links it comprises, wherein the distance or cost of at least one involved link is randomized, and wherein the distance being a random variable dependent on the link's capacity and free bandwidth.
Braking system having brake lining retaining devices (7,9) which are disposed on either side of a braking element and are each suspended by means of at least one suspension bracket (10,11), characterised in that the at least one suspension bracket (10,11) is connected at its end facing away from the brake lining retaining device (7,9) to a free end of a lever which is mounted on a mounting device of the braking system, and a brake torque sensor device which detects deflection of the lever is present.
Radar sensor for motor vehicles, comprising a signal generator configured to generate a radar signal which contains a cyclically repeating sequence of N wave trains W j, j = 1,..., N, which are emitted successively at temporal intervals T' c,j and which occupy respective frequency bands that differ from one another in terms of their mid frequency f c, j, characterized in that the time intervals T' c,j and the mid frequencies f c, j satisfy the following relationship: T ′ c, j * f c, j = X with a constant parameter X.
A light-curable resin composition, comprising a) 30 to 90 wt% of a urethane acrylate oligomer with a molecular weight greater than 15000, b) 2 to 40 wt% of a (meth) acrylate monomer having a benzene ring, c) 0,2 to 10 wt% of a photo initiator, wherein the (meth)acrylate monomer having a benzene ring is selected from a group comprising benzyl acrylates having structures I to VII: a) 30 to 90 wt% of a urethane acrylate oligomer with a molecular weight greater than 15000, b) 2 to 40 wt% of a (meth) acrylate monomer having a benzene ring, c) 0,2 to 10 wt% of a photo initiator,
Method for placing an electronic circuit board in contact with a plurality of contact elements in a housing receiving or surrounding the electronic circuit board, the electronic circuit board being received in the housing, the electronic circuit board comprising a plurality of contact recesses, the contact elements comprising a first end on the outer side of the housing and a second end on the inner side of the housing, each of the contact elements comprising, at the location of its second end, two flexible wing-shaped extensions capable of being positioned in a first rest position and a second contact position, the method comprising: -- a first step, during which the electronic circuit board is positioned relative to the housing in such a way that the second ends of the contact elements are located facing the contact recesses, the flexible extensions being positioned in their first position, and -- a second step, during which the electronic circuit board is electrically contacted by means of, on the one hand, the plurality of contact recesses and, on the other hand, the flexible extensions of the second end of the contact elements, the flexible extensions being positioned in their second position and at least partly bent in their second position. -- a first step, during which the electronic circuit board is positioned relative to the housing in such a way that the second ends of the contact elements are located facing the contact recesses, the flexible extensions being positioned in their first position, and -- a second step, during which the electronic circuit board is electrically contacted by means of, on the one hand, the plurality of contact recesses and, on the other hand, the flexible extensions of the second end of the contact elements, the flexible extensions being positioned in their second position and at least partly bent in their second position.
A method for detecting integrity degradation of a turbine engine component, comprising: detecting oxygen in a hollow cavity of a turbine engine component using an oxygen detection sensor disposed within said cavity; wirelessly transmitting a signal confirming detection of oxygen from said sensor to a sensor signal collection device comprising means for receiving and processing a signal from said sensor; processing said signal within said sensor signal collection device; transmitting the processed signal from said sensor signal collection device to provide notification that said turbine engine component has experienced integrity degradation; and self-testing the oxygen detection sensor to verify whether the oxygen detection sensor is operational. detecting oxygen in a hollow cavity of a turbine engine component using an oxygen detection sensor disposed within said cavity; wirelessly transmitting a signal confirming detection of oxygen from said sensor to a sensor signal collection device comprising means for receiving and processing a signal from said sensor; processing said signal within said sensor signal collection device; transmitting the processed signal from said sensor signal collection device to provide notification that said turbine engine component has experienced integrity degradation; and self-testing the oxygen detection sensor to verify whether the oxygen detection sensor is operational.
A resin formulation comprising: a) 100 parts by weight of a resin mix comprising: (i) unsaturated polyester resin and (ii) anticontraction additive, which resin mix comprises 60 -100 parts by weight of an unsaturated polyester resin and 40 - 0 of an anticontraction additive; b) 1.1-1.8 parts by weight of a catalyst per 100 parts of resin mix, c) 3 - 5 parts by weight of a thickening agent per 100 parts of resin mix; d) 40 - 90 parts by weight of a first filler with average particle size of greater than 5 to 7 μm per 100 parts of resin mix; e) 15 - 35 parts by weight of a second filler with average particle size of 2 to 5 μm per 100 parts of resin mix; f) 5.5 - 22.5 parts by weight of a phenolic resin per 100 parts of resin mix; g) 1.5 - 2.5 parts by weight of a wetting agent per 100 parts of resin mix. a) 100 parts by weight of a resin mix comprising: (i) unsaturated polyester resin and (ii) anticontraction additive, which resin mix comprises 60 -100 parts by weight of an unsaturated polyester resin and 40 - 0 of an anticontraction additive; (i) unsaturated polyester resin and (ii) anticontraction additive, b) 1.1-1.8 parts by weight of a catalyst per 100 parts of resin mix, c) 3 - 5 parts by weight of a thickening agent per 100 parts of resin mix; d) 40 - 90 parts by weight of a first filler with average particle size of greater than 5 to 7 μm per 100 parts of resin mix; e) 15 - 35 parts by weight of a second filler with average particle size of 2 to 5 μm per 100 parts of resin mix; f) 5.5 - 22.5 parts by weight of a phenolic resin per 100 parts of resin mix; g) 1.5 - 2.5 parts by weight of a wetting agent per 100 parts of resin mix.
A resonant cavity laser power converter, comprising: a bottom distributed Bragg reflector; a first semiconductor layer overlying the bottom distributed Bragg reflector; multiple GaInNAsSb junctions overlying the first semiconductor layer with each of the junctions is separated by a tunnel junction, wherein each of the multiple GaInNASb junctions has a thickness from about 100 nm to about 1 micron; a second semiconductor layer overlying the multiple GaInNAsSb junctions; and a top distributed Bragg reflector overlying the second semiconductor layer, wherein each of the first semiconductor layer and the second semiconductor layer is GaAs. a bottom distributed Bragg reflector; a first semiconductor layer overlying the bottom distributed Bragg reflector; multiple GaInNAsSb junctions overlying the first semiconductor layer with each of the junctions is separated by a tunnel junction, wherein each of the multiple GaInNASb junctions has a thickness from about 100 nm to about 1 micron; a second semiconductor layer overlying the multiple GaInNAsSb junctions; and a top distributed Bragg reflector overlying the second semiconductor layer, wherein each of the first semiconductor layer and the second semiconductor layer is GaAs.
A method for controlling segmentation of transcoded content, the method comprising: receiving, by a computing device and from a plurality of segmenters that are blocked, respective indications of a plurality of different encoder boundary points that correspond to a plurality of different transcoded content streams associated with a source content stream; selecting, based on an analysis of the plurality of different encoder boundary points, a synchronization point that is associated with a time position of a first transcoded content stream of the plurality of different transcoded content streams; determining whether there is a lagger segmenter, among the plurality of segmenters, that indicated an encoder boundary point that is earlier in time than the synchronization point; if there is a lagger segmenter, unblocking the lagger segmenter; if there is no lagger segmenter: determining whether there is a leader segmenter, among the plurality of segmenters, that indicated an encoder boundary point that is later in time than the synchronization point; if there is a leader segmenter, maintaining blocking of the leader segmenter while unblocking synced segmenters, of the plurality of segmenters, to indicate a subsequent encoder boundary point; and if there is no leader segmenter, unblocking all of the plurality of segmenters to indicate subsequent encoder boundary points in the plurality of transcoded content streams. receiving, by a computing device and from a plurality of segmenters that are blocked, respective indications of a plurality of different encoder boundary points that correspond to a plurality of different transcoded content streams associated with a source content stream; selecting, based on an analysis of the plurality of different encoder boundary points, a synchronization point that is associated with a time position of a first transcoded content stream of the plurality of different transcoded content streams; determining whether there is a lagger segmenter, among the plurality of segmenters, that indicated an encoder boundary point that is earlier in time than the synchronization point; if there is a lagger segmenter, unblocking the lagger segmenter; if there is no lagger segmenter: determining whether there is a leader segmenter, among the plurality of segmenters, that indicated an encoder boundary point that is later in time than the synchronization point; if there is a leader segmenter, maintaining blocking of the leader segmenter while unblocking synced segmenters, of the plurality of segmenters, to indicate a subsequent encoder boundary point; and if there is no leader segmenter, unblocking all of the plurality of segmenters to indicate subsequent encoder boundary points in the plurality of transcoded content streams.
A split electric rice cooker, comprising: a base provided with a weighing-device mounting groove at a bottom thereof; a cooker body apt to rest on the base and separable with respect to the base; a weighing device provided in the weighing-device mounting groove, and comprising a weighing sensor and a support leg; a press cover provided to the bottom of the base and shielding the weighing-device mounting groove, characterized in that the support leg is integrally provided to the press cover and able to push the weighing sensor along with deformation of the press cover. a base provided with a weighing-device mounting groove at a bottom thereof; a cooker body apt to rest on the base and separable with respect to the base; a weighing device provided in the weighing-device mounting groove, and comprising a weighing sensor and a support leg; a press cover provided to the bottom of the base and shielding the weighing-device mounting groove, characterized in that the support leg is integrally provided to the press cover and able to push the weighing sensor along with deformation of the press cover.
An aircraft comprising: a housing coupled to a structure in an exhaust system of the aircraft, wherein the structure is positioned relative to a surface within the exhaust system such that a gap is present between the surface and the structure; a seal having an end positioned in contact with the surface to reduce a flow of an exhaust through the gap and coupled to the housing such that at least a portion of the seal extends within the housing; and an energy storing device coupled to the housing and engaged with the seal such that the energy storing device allows the seal to translate in a first direction relative to the housing when the gap increases and in a second direction opposite the first direction relative to the housing when the gap decreases such that the seal continues to reduce the flow of the exhaust through the gap as the gap changes in size, characterised in that the energy storing device includes a lever system that biases the seal in the first direction towards the surface. a housing coupled to a structure in an exhaust system of the aircraft, wherein the structure is positioned relative to a surface within the exhaust system such that a gap is present between the surface and the structure; a seal having an end positioned in contact with the surface to reduce a flow of an exhaust through the gap and coupled to the housing such that at least a portion of the seal extends within the housing; and an energy storing device coupled to the housing and engaged with the seal such that the energy storing device allows the seal to translate in a first direction relative to the housing when the gap increases and in a second direction opposite the first direction relative to the housing when the gap decreases such that the seal continues to reduce the flow of the exhaust through the gap as the gap changes in size, characterised in that the energy storing device includes a lever system that biases the seal in the first direction towards the surface.
A virucidally-enhanced alcoholic composition comprising: at least 50 percent by weight of a C 1-6 alcohol, from 0.02 to 20 percent by weight of at least one enhancer selected from the group consisting of cationic oligomers and cationic polymers, and from 0.01 to 1 percent by weight of a copper compound, wherein the composition includes less than 0.1 percent by weight of an auxiliary antimicrobial agent comprising any antimicrobial or preservative ingredient other than the combination of alcohol, cationic oligomer or polymer and copper compound, wherein the composition is devoid of acid, all amounts based upon the total weight of the composition, and wherein said virucidal composition exhibits an efficacy against non-enveloped viruses that is higher than the efficacy of the same composition but not comprising said enhancer. at least 50 percent by weight of a C 1-6 alcohol, from 0.02 to 20 percent by weight of at least one enhancer selected from the group consisting of cationic oligomers and cationic polymers, and from 0.01 to 1 percent by weight of a copper compound, wherein the composition includes less than 0.1 percent by weight of an auxiliary antimicrobial agent comprising any antimicrobial or preservative ingredient other than the combination of alcohol, cationic oligomer or polymer and copper compound, wherein the composition is devoid of acid, all amounts based upon the total weight of the composition, and wherein said virucidal composition exhibits an efficacy against non-enveloped viruses that is higher than the efficacy of the same composition but not comprising said enhancer.
A method of sorting mailpieces, in which the mailpieces are sorted automatically in a sorting system with a view to being delivered to a recipient by a mail carrier, and are fed back into a sorting machine for additional sorting in order to re-sequence the mailpieces in a certain classification established by the recipient, said method being characterized by the following steps: · the sorting system transmitting to the recipient digital images corresponding to respective ones of the mailpieces to be delivered to said recipient, these digital images being associated in the transmission with the unique mailpiece identifiers (Id-tags) generated by the sorting system, with a view to said unique mailpiece identifiers (Id-tags) being reorganized relative to one another by the recipient into an order that defines said classification; and · controlling the sorting machine so that it performs the additional sorting of said mailpieces on ·the basis of said unique mailpiece identifiers (Id-tags) as reorganized into said classification established by the recipient. · the sorting system transmitting to the recipient digital images corresponding to respective ones of the mailpieces to be delivered to said recipient, these digital images being associated in the transmission with the unique mailpiece identifiers (Id-tags) generated by the sorting system, with a view to said unique mailpiece identifiers (Id-tags) being reorganized relative to one another by the recipient into an order that defines said classification; and · controlling the sorting machine so that it performs the additional sorting of said mailpieces on ·the basis of said unique mailpiece identifiers (Id-tags) as reorganized into said classification established by the recipient.