mhurhangee/patent-ind-claim-en huggingface dataset:
A method for supporting network management in a network environment, comprising: receiving , via a configuration daemon, CD, on a switch in the network environment, a configuration file , wherein the configuration file includes a list of known management key, M_Key, values and contains information about a currently used M_Key value as well as a new M_Key value; storing the configuration file, and making the configuration file available to a local subnet manager, SM, on the switch, wherein the local SM is associated with the currently used M_Key value ; and updating the local SM with the new M_Key value, after receiving an instruction from a master CD that is associated with a master SM in the network environment; wherein the local SM starts to use the known M_Key values of the list of known M_Key values for subnet probing and/or discovery operations when the configuration file has been made available, and continues to use the currently used M_Key value when updating and/or setting M_Key values for any subnet management agent, SMA, instance until the local SM has been updated with the new M_Key value in response to the received instruction. receiving , via a configuration daemon, CD, on a switch in the network environment, a configuration file , wherein the configuration file includes a list of known management key, M_Key, values and contains information about a currently used M_Key value as well as a new M_Key value; storing the configuration file, and making the configuration file available to a local subnet manager, SM, on the switch, wherein the local SM is associated with the currently used M_Key value ; and updating the local SM with the new M_Key value, after receiving an instruction from a master CD that is associated with a master SM in the network environment;
A re-dissolvable mortar consolidation comprising: a hydraulic inorganic cementitious material, an aggregate, a soluble binding agent, and at least one optional additional component selected from the group consisting of an admixture, an additive and a fiber; the soluble binding agent binds the hydraulic inorganic cementitious material, the aggregate and the additional component into a whole; wherein the content of the soluble binding agent in the mortar consolidation is greater than 0 wt% and no greater than 1.5 wt%, based on the total weight of the mortar consolidation; the soluble binding agent is water-soluble and is soluble in at least one organic solvent selected from the group consisting of ketones, alcohols, amines, amides, aliphatic hydrocarbon, aromatic hydrocarbon, halogenated hydrocarbon, nitriles, ethers, aldehydes, sulfones, phenols and esters.
A method for securely exchanging information, the method comprising: establishing a cryptographically secure communication between an application module and an audio module , wherein the application module is executing on an information-handling machine and wherein the audio module is coupled to the information-handling machine, wherein the establishing is at least partially facilitated by a mutually trusted module , characterized in that the method further comprises providing, by the mutually trusted module , the same cryptographic key, used in the cryptographically secure communication, to the application module and the audio module , and is performed on the condition that the application module is a trusted application module; wherein the audio module and the mutually trusted module are configured to use a restricted access memory space that is not physically accessible to other modules, and wherein an application module is authenticated as a trusted application module in response to determining by the mutually trusted module that the application is part of a trusted execution environment . establishing a cryptographically secure communication between an application module and an audio module , wherein the application module is executing on an information-handling machine and wherein the audio module is coupled to the information-handling machine, wherein the establishing is at least partially facilitated by a mutually trusted module , characterized in that the method further comprises providing, by the mutually trusted module , the same cryptographic key, used in the cryptographically secure communication, to the application module and the audio module , and is performed on the condition that the application module is a trusted application module; wherein the audio module and the mutually trusted module are configured to use a restricted access memory space that is not physically accessible to other modules, and wherein an application module is authenticated as a trusted application module in response to determining by the mutually trusted module that the application is part of a trusted execution environment .
A trim part for a motor vehicle, comprising: a carrier ; and a decorative material applied onto an upper surface of the carrier , wherein the decorative material comprises a printed thermoplastic film ; and wherein the trim part is shaped by a deep-drawing process and a grain or impression is produced on the visible side of the film, which faces away from the carrier, by the deep-drawing process; wherein the carrier comprises a nonwoven fiber material layer and a mechanical decoupling layer between the carrier and the decorative material , and wherein the nonwoven fiber material layer has a weight between 50 g/m 2 and 2000 g/m 2 and a thickness between 3 mm and 6 mm and the decoupling layer has a weight between 200 g/m 2 and 2000 g/m 2 and a thickness between 0.2 mm and 2 mm. a carrier ; and a decorative material applied onto an upper surface of the carrier , wherein the decorative material comprises a printed thermoplastic film ; and wherein the trim part is shaped by a deep-drawing process and a grain or impression is produced on the visible side of the film, which faces away from the carrier, by the deep-drawing process; wherein the carrier comprises a nonwoven fiber material layer and a mechanical decoupling layer between the carrier and the decorative material , and wherein the nonwoven fiber material layer has a weight between 50 g/m 2 and 2000 g/m 2 and a thickness between 3 mm and 6 mm and the decoupling layer has a weight between 200 g/m 2 and 2000 g/m 2 and a thickness between 0.2 mm and 2 mm.
A food cooking device, of the type with a high-thermal inertia griddle and means for heating said griddle by its bottom surface, the griddle comprising at least two stacked plates of different materials, which plates are kept in close contact on part of the surfaces thereof which are placed opposite one another, characterized in that the top plate , suitable for receiving the food to be cooked, is made of stainless steel or of titanium, while the bottom plate is made of cast iron.
A collision prevention system comprising: a localization system configured to determine positions of an autonomous vehicle and a human ; and a collision determination unit coupled to or in communication with the localization system , wherein the collision determination unit is configured to determine, based on the determined positions of the autonomous vehicle and the human , whether a predefined condition for an anticipated collision of the autonomous vehicle with the human is met; wherein the collision prevention system is configured to: lock the autonomous vehicle if the predefined condition is met; alert the human for whom the predefined condition for colliding with the autonomous vehicle is met; and allow unlocking of the autonomous vehicle to be performed by the alerted human only, characterized in that - the collision prevention system further comprises a mobile phone application on a mobile phone of the human for both of (i) delivering the alert to the human and (ii) receiving an unlocking command by the alerted human for unlocking of the autonomous vehicle to be performed. a localization system configured to determine positions of an autonomous vehicle and a human ; and a collision determination unit coupled to or in communication with the localization system , wherein the collision determination unit is configured to determine, based on the determined positions of the autonomous vehicle and the human , whether a predefined condition for an anticipated collision of the autonomous vehicle with the human is met; wherein the collision prevention system is configured to: lock the autonomous vehicle if the predefined condition is met; alert the human for whom the predefined condition for colliding with the autonomous vehicle is met; and allow unlocking of the autonomous vehicle to be performed by the alerted human only, characterized in that - the collision prevention system further comprises a mobile phone application on a mobile phone of the human for both of (i) delivering the alert to the human and (ii) receiving an unlocking command by the alerted human for unlocking of the autonomous vehicle to be performed. lock the autonomous vehicle if the predefined condition is met; alert the human for whom the predefined condition for colliding with the autonomous vehicle is met; and allow unlocking of the autonomous vehicle to be performed by the alerted human only, characterized in that - the collision prevention system further comprises a mobile phone application on a mobile phone of the human for both of (i) delivering the alert to the human and (ii) receiving an unlocking command by the alerted human for unlocking of the autonomous vehicle to be performed. - the collision prevention system further comprises a mobile phone application on a mobile phone of the human for both of (i) delivering the alert to the human and (ii) receiving an unlocking command by the alerted human for unlocking of the autonomous vehicle to be performed.
A process for the preparation of a cyanoacetate, steps of which comprise: (a) contacting asparagine with a halogenating agent in an acidic environment to form cyanoacetamide; (b) optionally, separating therefrom the so-formed cyanoacetamide; (c) contacting the so-formed cyanoacetamide with an alcohol, in the presence of a mineral acid to form a cyanoacetate; (d) optionally, separating therefrom the so-formed cyanoacetate. (a) contacting asparagine with a halogenating agent in an acidic environment to form cyanoacetamide; (b) optionally, separating therefrom the so-formed cyanoacetamide; (c) contacting the so-formed cyanoacetamide with an alcohol, in the presence of a mineral acid to form a cyanoacetate; (d) optionally, separating therefrom the so-formed cyanoacetate.
A method, comprising: receiving a Cyclic Shift, CS, parameter from a Base Station, BS; and transmitting, to the BS, reference signals for four layers, the reference signals being generated based on the CS parameter and an Orthogonal Cover Code, OCC, wherein if the CS parameter comprises one of ooo, 001, 010 and 111, OCCs of a first layer and a second layer are identical and OCCs of a third layer and a fourth layer are identical while the OCC of the third layer is different from the OCC of the first layer, and wherein if the CS parameter comprises one of 101, 011, 100 and 110, an OCC is identically allocated to all of the four layers. transmitting, to the BS, reference signals for four layers, the reference signals being generated based on the CS parameter and an Orthogonal Cover Code, OCC, wherein if the CS parameter comprises one of ooo, 001, 010 and 111, OCCs of a first layer and a second layer are identical and OCCs of a third layer and a fourth layer are identical while the OCC of the third layer is different from the OCC of the first layer, and wherein if the CS parameter comprises one of 101, 011, 100 and 110, an OCC is identically allocated to all of the four layers.
A method of manufacturing a shaped wire element from at least one wire in which the elongate wire is first preshaped in the form of a spiral helical structure, the spirally preshaped wire is subsequently placed into a shaping device for forming an intermediate product and the intermediate product is shaped into the shaped wire element with the aid of the shaping device , characterized in that a wire is used which has an unchanging square cross-sectional shape viewed over its length.
A thermal conditioning device for high temperature annealing of a complementary metal oxide semiconductor, CMOS, electronic component mounted in a housing positioned on a multilayer printed circuit board , said device comprising: • at least one active component arranged on said printed circuit board, and suitable for producing or absorbing thermal energy, • at least one heat transfer surface internal to said printed circuit board, located under said housing, • a device for transferring the thermal energy between said active component or components and said heat transfer surface , the device for transferring the thermal energy comprising a collector track thermally linked to said active component(s) , and in contact with the electronic component housing , • at least one metallic element linking said heat transfer surface to said housing situated on the multilayer printed circuit. • at least one active component arranged on said printed circuit board, and suitable for producing or absorbing thermal energy, • at least one heat transfer surface internal to said printed circuit board, located under said housing, • a device for transferring the thermal energy between said active component or components and said heat transfer surface , the device for transferring the thermal energy comprising a collector track thermally linked to said active component(s) , and in contact with the electronic component housing , • at least one metallic element linking said heat transfer surface to said housing situated on the multilayer printed circuit.
Pharmaceutical tablet formulation for the veterinary medical sector containing (i) benazepril or a pharmaceutically acceptable salt thereof as a first pharmaceutically active substance, and (ii) pimobendan or a pharmaceutically acceptable salt thereof as a second pharmaceutically active substance, comprising granules which contain carrier core particles coated with at least one layer wherein the first pharmaceutically active substance is present, wherein the carrier core particles are coated with a layer (first layer) containing the first pharmaceutically active substance and at least a coating and/ or matrix forming polymer, wherein the coated carrier core particles are additionally coated with a layer (second layer) containing at least a coating and/ or matrix forming polymer, wherein the granules are embedded in a tablet matrix wherein the second pharmaceutically active substance is present, wherein the tablet matrix comprises lactic acid, tartaric acid, fumaric acid, malic acid or mixtures thereof, wherein the granules do not comprise citric acid, magnesium stearate and dry meat flavour, and wherein the tablet formulation does not comprise citric acid and magnesium stearate. (i) benazepril or a pharmaceutically acceptable salt thereof as a first pharmaceutically active substance, and (ii) pimobendan or a pharmaceutically acceptable salt thereof as a second pharmaceutically active substance, wherein the carrier core particles are coated with a layer (first layer) containing the first pharmaceutically active substance and at least a coating and/ or matrix forming polymer, wherein the coated carrier core particles are additionally coated with a layer (second layer) containing at least a coating and/ or matrix forming polymer, wherein the granules are embedded in a tablet matrix wherein the second pharmaceutically active substance is present, wherein the tablet matrix comprises lactic acid, tartaric acid, fumaric acid, malic acid or mixtures thereof, wherein the granules do not comprise citric acid, magnesium stearate and dry meat flavour, and wherein the tablet formulation does not comprise citric acid and magnesium stearate.
An air purification apparatus , applied to a vehicle , comprising a main body , the main body is assembled on a sunroof of the vehicle , and the main body comprises a purification module , an air inlet module , and an air outlet module , characterized in that the air purification apparatus further comprises a solar module , wherein the solar module covers at least a portion of the main body and connects the main body , for providing power to the main body , the main body further comprises a first passage connected with the sunroof of the vehicle , and the air purification apparatus further comprises a cover plate that slidably assembled with the main body , the cover plate is capable of sliding along the main body to open or close the first passage , and an air inlet passage of the air inlet module is capable of connecting the purification module and outside of the vehicle to inhale air from the outside of the vehicle and purify it, and an air outlet passage of the air outlet module is capable of connecting the inside and the outside of the vehicle to discharge air inside the vehicle .
A method for starting-up a wind turbine, the wind turbine comprising a rotor comprising at least one rotor blade , said method comprising: rotating the at least one rotor blade towards a main operating position using a pitch drive system comprising a pitch bearing supporting the at least one rotor blade, and a pitch-driving pinion meshing with the pitch bearing ; and activating a pump to feed a lubricant to a lubrication pinion meshing with one of the pitch bearing and the pitch-driving pinion before the at least one rotor blade reaches the main operating position so that the lubricant is selectively/mainly transferred to at least one of a load portion of the pitch bearing and a load portion of the pitch-driving pinion; and activating the pump when a pitch-angle of the at least one rotor blade reaches a first pre-defined value, and the pitch angle being maintained at the first pre-defined value for a pre-defined time period to ensure that enough lubricant reaches the lubrication device. rotating the at least one rotor blade towards a main operating position using a pitch drive system comprising a pitch bearing supporting the at least one rotor blade, and a pitch-driving pinion meshing with the pitch bearing ; and activating a pump to feed a lubricant to a lubrication pinion meshing with one of the pitch bearing and the pitch-driving pinion before the at least one rotor blade reaches the main operating position so that the lubricant is selectively/mainly transferred to at least one of a load portion of the pitch bearing and a load portion of the pitch-driving pinion; and activating the pump when a pitch-angle of the at least one rotor blade reaches a first pre-defined value, and the pitch angle being maintained at the first pre-defined value for a pre-defined time period to ensure that enough lubricant reaches the lubrication device.
An apparatus, comprising: a controller ; and a memory device coupled to the controller, wherein the apparatus is configured to: place a command in a command queue in response to receiving a queued command request from a host , sending a command response to the host that indicates the memory device is ready to add commands to the command queue, and receiving the command that includes a command descriptor block from the host; and execute the command in response to receiving a ready to transfer command from the host. a controller ; and a memory device coupled to the controller, wherein the apparatus is configured to: place a command in a command queue in response to receiving a queued command request from a host , sending a command response to the host that indicates the memory device is ready to add commands to the command queue, and receiving the command that includes a command descriptor block from the host; and execute the command in response to receiving a ready to transfer command from the host. place a command in a command queue in response to receiving a queued command request from a host , sending a command response to the host that indicates the memory device is ready to add commands to the command queue, and receiving the command that includes a command descriptor block from the host; and execute the command in response to receiving a ready to transfer command from the host.
A method for a system comprising a network node of an operator, and an operator for storage of data in a blockchain database in a network that is based on a Service Function Chaining, SFC, architecture, the method comprises: - receiving , at the network node, data packets from an Internet-of-Things, loT, device; - performing , by a service function in the network node, at least deep packet inspection, DPI, on the received data packets for identifying sensor data of the received data packets; - retrieving , by the network node, from the operator's system, network data associated with the sensor data; - retrieving , by the network node, from a third-party system, external data associated with the sensor data; - authenticating, by the operator, which acts as a trusted party, the sensor data, the network data, and the external data; - combining , after the authentication, by the network node, the identified sensor data, the network data and the external data to form a combined data; and - storing , by the network node, the combined data in the blockchain database. - receiving , at the network node, data packets from an Internet-of-Things, loT, device; - performing , by a service function in the network node, at least deep packet inspection, DPI, on the received data packets for identifying sensor data of the received data packets; - retrieving , by the network node, from the operator's system, network data associated with the sensor data; - retrieving , by the network node, from a third-party system, external data associated with the sensor data; - authenticating, by the operator, which acts as a trusted party, the sensor data, the network data, and the external data; - combining , after the authentication, by the network node, the identified sensor data, the network data and the external data to form a combined data; and - storing , by the network node, the combined data in the blockchain database.
A method for obtaining depth information from a light field, comprising: generating a plurality of epipolar images from a light field captured by a light field acquisition device ; an edge detection step for detecting, in the epipolar images , edges of objects in the scene captured by the light field acquisition device ; for each epipolar image , detecting valid epipolar lines formed by a set of edges; determining the slopes of the valid epipolar lines ; characterized in that the detection of valid epipolar lines comprises extending the epipolar lines of the epipolar images from the light field acquisition device with additional information of images captured by at least one additional image acquisition device to obtain an extended epipolar line . generating a plurality of epipolar images from a light field captured by a light field acquisition device ; an edge detection step for detecting, in the epipolar images , edges of objects in the scene captured by the light field acquisition device ; for each epipolar image , detecting valid epipolar lines formed by a set of edges; determining the slopes of the valid epipolar lines ; characterized in that the detection of valid epipolar lines comprises extending the epipolar lines of the epipolar images from the light field acquisition device with additional information of images captured by at least one additional image acquisition device to obtain an extended epipolar line .