mhurhangee/ep-ind-claims huggingface dataset:
Hinge for a movable furniture part attachable to a furniture carcass of a piece of furniture, in particular a door or a flap, wherein the hinge has a first hinge component attachable to the movable furniture part and connected pivotably between an opening and a closing portion via an articulated lever mechanism to a second hinge component attachable to the furniture carcass, wherein the articulated lever mechanism comprises articulated levers mounted on joint axes, and wherein the hinge comprises a damping device, wherein the articulated lever mechanism is assigned a coupling device with coupling means which is so coupled to the damping device that damping acts not only in the closing direction but also in the opening direction of the first hinge component, wherein the damping device has at least one damper which undertakes damping in both the closing direction and also the opening direction and comprises two damper components movable relative to one another, one of which is coupled via the coupling means to the articulated lever mechanism and thus to the movement of the first hinge component, wherein the coupling means have a coupling gear mechanism with several coupling elements movement-coupled to one another, and coupled on the one hand to the articulated lever mechanism and on the other hand to the damping device, wherein the coupling gear mechanism is in the form of a lever gear mechanism and the coupling elements are in the form of coupling levers hinged together, characterised in that the lever gear mechanism has a crank mechanism formed by the coupling levers, wherein a crank is provided in the form of a lever arrangement which has two lever components (39, 40) hinged to one another, of which a first lever component is pivotably mounted on a fixed joint axis and a second lever component has a joint via which it is hinged to an articulated lever of the articulated lever mechanism, wherein the joint, during the opening or closing movement of the first hinge component, is pivoted in a circular arc around a fixed pivot axis of a pivot lever in such a way that the joint executes a reversing movement which may be transmitted to the damper component to generate damping, wherein the first lever component of the lever arrangement is extended beyond the fixed joint axis and has at the end a further joint axis, at which an intermediate lever is hinged and is in turn hinged via a further joint axis to the pivot lever, and wherein the pivot lever is pivotably mounted around the fixed pivot axis, around which the joint of the second lever component may be pivoted in a circular arc, wherein the pivot lever has a third joint axis via which a further coupling lever is hinged, which in turn is coupled to the damper component.
A method of operating a gas turbine during a cool-down phase, the gas turbine providing a compressor, a combustor downstream of the compressor, and a turbine downstream of the combustor, the turbine providing a turbine vane carrier, the method comprising the steps of: - feeding a first flow of cooling air (30, 20) from a first point of the compressor to the turbine vane carrier, - measuring a temperature of the first flow of cooling air (30, 20) and - measuring a temperature of the turbine vane carrier, - wherein the first flow of cooling air (30, 20) is fed at a first flow rate when the temperature of the turbine vane carrier is lower than the temperature of the cooling air of the first flow (30, 20), and - wherein the first flow of cooling air (30, 20) is fed at a second flow rate when the temperature of the turbine vane carrier is higher than the temperature of the cooling air of the first flow (30, 20), wherein the first flow rate is higher than the second flow rate the method being characterized by feeding at least a second flow of cooling air (20, 10) from a second point of the compressor to the turbine vane carrier; the first point being downstream from the second point in a fluid flow direction; the first flow of cooling air (30, 20) and the second flow of cooling air (20, 10) are at different pressures, and are kept separated by membranes and/or supports. - feeding a first flow of cooling air (30, 20) from a first point of the compressor to the turbine vane carrier, - measuring a temperature of the first flow of cooling air (30, 20) and - measuring a temperature of the turbine vane carrier, - wherein the first flow of cooling air (30, 20) is fed at a first flow rate when the temperature of the turbine vane carrier is lower than the temperature of the cooling air of the first flow (30, 20), and - wherein the first flow of cooling air (30, 20) is fed at a second flow rate when the temperature of the turbine vane carrier is higher than the temperature of the cooling air of the first flow (30, 20), wherein the first flow rate is higher than the second flow rate
A method comprising: receiving a call message from a telecommunications switch, wherein the call message is associated with a call and includes a data key that identifies the call; sending to a plurality of context servers a request for context information about previously processed call messages associated with the call, wherein the request includes the data key; receiving context information for previously processed call messages associated with the data key from the context servers, wherein the context information includes timestamps for each of the previously processed call messages, and wherein the timestamps indicate when the previously processed call messages were received from the telecommunication switch; and processing the call message at the telecommunication switch based on the information received from the context servers, wherein the processing includes selecting the information with a most recent timestamp to process the call message. receiving a call message from a telecommunications switch, wherein the call message is associated with a call and includes a data key that identifies the call; sending to a plurality of context servers a request for context information about previously processed call messages associated with the call, wherein the request includes the data key; receiving context information for previously processed call messages associated with the data key from the context servers, wherein the context information includes timestamps for each of the previously processed call messages, and wherein the timestamps indicate when the previously processed call messages were received from the telecommunication switch; and processing the call message at the telecommunication switch based on the information received from the context servers, wherein the processing includes selecting the information with a most recent timestamp to process the call message.
A hydraulic cylinder, for example for use in a hydraulic tool, and a hydraulic system, the hydraulic cylinder comprising, at least one piston/cylinder combination composed of a cylinder body and a piston accommodated in said cylinder body and provided with a piston rod that projects from said cylinder body, wherein the cylinder body and the piston body define a first cylinder chamber while the cylinder body, the piston body and the piston rod define a second cylinder chamber, the hydraulic system operating said at least one piston/cylinder combination using a fluid, wherein during operation the piston performs alternating forward and return operational cycles under the influence of said fluid under pressure that is conducted to the first and the second cylinder chamber through a first and a second line of said hydraulic system, respectively, wherein said hydraulic system further comprises a pilot operated separation valve which regulates the discharge of fluid under pressure from the second cylinder chamber in dependence on the pressure difference between the first and the second cylinder chamber, characterised in that said hydraulic system further comprises a safety valve piloting the separation valve which is passive in a first position preventing discharge fluid from the second cylinder chamber towards the first cylinder chamber via the separation valve and which is active in a second position, if the pressure in the second cylinder chamber is higher than a preset load pressure, connecting the second cylinder chamber to the first cylinder chamber via the separation valve.
An aircraft seat, comprising: a seat back couplable to a shell of one or more passenger compartment shell sections (112,114) of a passenger compartment installed within an aircraft cabin, the seat back couplable to the shell by a first set of linkages (300;400), the seat back being configured to move from a first seat back position to a second seat back position by the set of the linkages (300;400); and a seat pan couplable to a floor of the aircraft cabin proximate to an ottoman installed within the passenger compartment, the seat pan being configured to move from a first seat pan position to a second seat pan position, the seat back being in contact with a surface of the seat pan when the seat back is in the first seat back position and the seat pan is in the first seat pan position, wherein the aircraft seat is in a recline position when the seat back is in the first seat back position and the seat pan is in the first seat pan position, the seat back being separated from the surface of the seat pan when the seat back is in the second seat back position and the seat pan is in the second seat pan position, the seat back being configured to move independently of the seat pan when the seat back transitions between the first seatback position and the second seat back position, wherein the aircraft seat is in a lie-flat position when the seat back is in the second seat back position and the seat pan is in the second seat pan position. a seat back couplable to a shell of one or more passenger compartment shell sections (112,114) of a passenger compartment installed within an aircraft cabin, the seat back couplable to the shell by a first set of linkages (300;400), the seat back being configured to move from a first seat back position to a second seat back position by the set of the linkages (300;400); and a seat pan couplable to a floor of the aircraft cabin proximate to an ottoman installed within the passenger compartment, the seat pan being configured to move from a first seat pan position to a second seat pan position, the seat back being in contact with a surface of the seat pan when the seat back is in the first seat back position and the seat pan is in the first seat pan position, wherein the aircraft seat is in a recline position when the seat back is in the first seat back position and the seat pan is in the first seat pan position, the seat back being separated from the surface of the seat pan when the seat back is in the second seat back position and the seat pan is in the second seat pan position, the seat back being configured to move independently of the seat pan when the seat back transitions between the first seatback position and the second seat back position, wherein the aircraft seat is in a lie-flat position when the seat back is in the second seat back position and the seat pan is in the second seat pan position.
A method for realizing a Representational State Transfer, REST, interface of a cloud cache in an Engine x, Nginx, characterized in that the method comprises: receiving a Hyper Text Transport Protocol, HTTP, message transmitted from a client, and parsing out key information and an operation type corresponding to the HTTP message according to a preset configuration file; converting key information and the operation type into a parameter required by a cloud cache operation and a cloud cache operation type, and transmitting the parameter to a cloud cache apparatus, so that the cloud cache apparatus performs the cloud cache operation according to the parameter and the cloud cache operation type; receiving a cloud cache operation result returned by the cloud cache apparatus, processing the cloud cache operation result, and returning the processed result to the client. receiving a Hyper Text Transport Protocol, HTTP, message transmitted from a client, and parsing out key information and an operation type corresponding to the HTTP message according to a preset configuration file; converting key information and the operation type into a parameter required by a cloud cache operation and a cloud cache operation type, and transmitting the parameter to a cloud cache apparatus, so that the cloud cache apparatus performs the cloud cache operation according to the parameter and the cloud cache operation type; receiving a cloud cache operation result returned by the cloud cache apparatus, processing the cloud cache operation result, and returning the processed result to the client.
A method performed by a user equipment, UE, comprising: receiving one or more synchronization signal, SS, blocks, from a base station by the UE wherein each SS block is transmitted with a corresponding analog beam direction; obtaining a configuration of a default control resource set, CORESET, in an SS block transmitted with an analog beam direction preferred by the UE, wherein the configuration of the default CORESET comprises a set of physical resource blocks, PRBs, a set of OFDM symbols, a numerology, a periodicity, and reference signal, RS, configuration, and wherein the default CORESET contains both a common search space and a UE-specific search space for physical downlink control channel, PDCCH, transmission; obtaining a physical random-access channel, PRACH, resource based on configuration information carried in the default CORESET; and performing an access procedure over the obtained PRACH resource, wherein the UE receives an additional CORESET configured by a higher layer signaling after the UE obtains a cell radio network temporary identifier, C-RNTI, from the base station. receiving one or more synchronization signal, SS, blocks, from a base station by the UE wherein each SS block is transmitted with a corresponding analog beam direction; obtaining a configuration of a default control resource set, CORESET, in an SS block transmitted with an analog beam direction preferred by the UE, wherein the configuration of the default CORESET comprises a set of physical resource blocks, PRBs, a set of OFDM symbols, a numerology, a periodicity, and reference signal, RS, configuration, and wherein the default CORESET contains both a common search space and a UE-specific search space for physical downlink control channel, PDCCH, transmission; obtaining a physical random-access channel, PRACH, resource based on configuration information carried in the default CORESET; and performing an access procedure over the obtained PRACH resource, wherein the UE receives an additional CORESET configured by a higher layer signaling after the UE obtains a cell radio network temporary identifier, C-RNTI, from the base station.
Rear retaining device for a boot binding on a sliding device, comprising: - a jaw for retaining a heel of the boot, the jaw pivoting about an axis of rotation essentially transverse to the sliding device, between a stable engaged position and a stable disengaged position; - an actuating lever by means of which the jaw can be tipped between its stable engaged position and its stable disengaged position; and - a first slope-ascent wedge which is separate from the actuating lever and is able to tip between: • a first active position so as to form a lower stop located at a first height for said heel; and • a first passive position in which the first wedge does not interfere with the vertical movement of said heel; characterized in that, when the first slope-ascent wedge is in the active position, it rests on the jaw. - a jaw for retaining a heel of the boot, the jaw pivoting about an axis of rotation essentially transverse to the sliding device, between a stable engaged position and a stable disengaged position; - an actuating lever by means of which the jaw can be tipped between its stable engaged position and its stable disengaged position; and - a first slope-ascent wedge which is separate from the actuating lever and is able to tip between: • a first active position so as to form a lower stop located at a first height for said heel; and • a first passive position in which the first wedge does not interfere with the vertical movement of said heel; • a first active position so as to form a lower stop located at a first height for said heel; and • a first passive position in which the first wedge does not interfere with the vertical movement of said heel;
A method for reducing self-interference by a localized subnetwork of a wireless communications network, comprising a plurality of nodes in the localized subnetwork performing the following: a) receiving by a first node at least one calibrating message from one or more other nodes in the localized subnetwork; b) determining (104, 110, 114) by the first node, from each received calibrating message, a transmit power, a noise floor level, and a link margin for each corresponding node, wherein determining the link margin includes determining a signal-to-noise ratio, and wherein the transmit power for the calibrating message is predefined and thereby known to the first node, and the noise floor level is included in the calibrating message; c) determining which node has the lowest link margin; d) calculating by the first node, a minimum safe transmit power for the subnetwork, based on the determined transmit power, the noise floor level and the signal-to-noise ratio of the node with the lowest link margin together with a predetermined error margin and a measured noise floor level at the first node; and e) adjusting by the first node of its transmit power to the minimum safe transmit power for the subnetwork. a) receiving by a first node at least one calibrating message from one or more other nodes in the localized subnetwork; b) determining (104, 110, 114) by the first node, from each received calibrating message, a transmit power, a noise floor level, and a link margin for each corresponding node, wherein determining the link margin includes determining a signal-to-noise ratio, and wherein the transmit power for the calibrating message is predefined and thereby known to the first node, and the noise floor level is included in the calibrating message; c) determining which node has the lowest link margin; d) calculating by the first node, a minimum safe transmit power for the subnetwork, based on the determined transmit power, the noise floor level and the signal-to-noise ratio of the node with the lowest link margin together with a predetermined error margin and a measured noise floor level at the first node; and e) adjusting by the first node of its transmit power to the minimum safe transmit power for the subnetwork.
A non-transitory storage device storing instructions to cause one or more processors to perform operations comprising: determining, for a wireless accessory by an owner device, a share recipient and a set of capabilities to delegate to the share recipient, wherein the owner device is associated with an owner of the wireless accessory; creating a storage record including fields to store an identifier of the share recipient, an identifier of the wireless accessory, and the set of capabilities to be shared with the share recipient; sending a share request comprising the storage record to a share recipient device that is associated with the share recipient; in response to receipt of an accept message from the share recipient device, marking, by the owner device, the storage record as accepted; and sharing, by the owner device, a set of periodically generated cryptographic keys to the share recipient device via a shared key storage record to enable the share recipient device to perform the set of capabilities on the wireless accessory, wherein the shared key storage record is synchronized between the owner device and the share recipient device. determining, for a wireless accessory by an owner device, a share recipient and a set of capabilities to delegate to the share recipient, wherein the owner device is associated with an owner of the wireless accessory; creating a storage record including fields to store an identifier of the share recipient, an identifier of the wireless accessory, and the set of capabilities to be shared with the share recipient; sending a share request comprising the storage record to a share recipient device that is associated with the share recipient; in response to receipt of an accept message from the share recipient device, marking, by the owner device, the storage record as accepted; and sharing, by the owner device, a set of periodically generated cryptographic keys to the share recipient device via a shared key storage record to enable the share recipient device to perform the set of capabilities on the wireless accessory, wherein the shared key storage record is synchronized between the owner device and the share recipient device.
Process for the production of wood-fibre insulation mats, in particular of wood-fibre insulation mats with reduced emission of volatile organic compounds (VOCs), comprising the steps of: a) production of wood chips from suitable types of wood, b) torrefaction of at least a portion of the wood chips; c) fibre-extractive destructurization of the untreated wood chips and of at least a portion of the torrefied wood chips to give wood fibres; d) mixing of the torrefied wood fibres or of a mixture of untreated and torrefied wood fibres with at least one binder; e) application of the mixture of wood fibres and binder to a conveyor belt with formation of a fibre cake; and f) heating and compaction of the fibre cake to give a wood-fibre mat. a) production of wood chips from suitable types of wood, b) torrefaction of at least a portion of the wood chips; c) fibre-extractive destructurization of the untreated wood chips and of at least a portion of the torrefied wood chips to give wood fibres; d) mixing of the torrefied wood fibres or of a mixture of untreated and torrefied wood fibres with at least one binder; e) application of the mixture of wood fibres and binder to a conveyor belt with formation of a fibre cake; and f) heating and compaction of the fibre cake to give a wood-fibre mat.