mhurhangee/ep-ind-claims huggingface dataset:
A device for attaching sealing elements (12, 14) in a recess of a turbomachine, comprising at least one seal carrier element including at least one sealing element (12, 14) and at least one fixing body, which is disposed between the seal carrier element and a clamping body assigned to the seal carrier element, the fixing body being integrally connected to the seal carrier element and the clamping body by web-like connections detachable under the action of a force, and a plastically deformable structure being formed on the fixing body, characterized in that the plastically reformable structure is designed as at least one web- or pin-like projection (42, 44) on an end of the fixing body pointing in the direction of the recess.
Multifunction system for heating a medium and for transferring energy or data between on the one hand a plurality of primary antennas located on said medium and controlled by a control unit capable of supplying them with electrical energy or digital data, and on the other hand a set of electrical appliances able to be supplied with electrical energy or data via inductive coupling between the primary antennas and secondary antennas connected to the electrical appliances, characterized in that each electrical appliance is associated with a unique numerical identifier representative of its identity and of a type of appliance, and in that the control unit is configured on the one had to supply the primary antennas with a voltage able to cause them to heat through Joule heating, and on the other hand to detect and supply a given electrical appliance with a specific voltage corresponding to a transfer of energy or of data to this appliance depending on its numerical identifier.
A method comprising: in response to receiving, by a first device coupled with an overlay network from a second device in the overlay network, a packet associated with an operations, administration and management, OAM, operation, generating an OAM packet at the first device, the first device comprising a tunnel endpoint interface associated with an underlay address and a virtual interface associated with an overlay address, the overlay address comprising an anycast address that is assigned to the first device and at least one other device in the overlay network; determining, by the first device, that a destination address associated with the packet is not reachable by the first device through the virtual interface, the destination address corresponding to a destination node in the overlay network; determining, by the first device, that the destination address is reachable by the first device through the tunnel endpoint interface; and providing, by the first device, the underlay address associated with the tunnel endpoint interface of the first device as a source address in the OAM packet. in response to receiving, by a first device coupled with an overlay network from a second device in the overlay network, a packet associated with an operations, administration and management, OAM, operation, generating an OAM packet at the first device, the first device comprising a tunnel endpoint interface associated with an underlay address and a virtual interface associated with an overlay address, the overlay address comprising an anycast address that is assigned to the first device and at least one other device in the overlay network; determining, by the first device, that a destination address associated with the packet is not reachable by the first device through the virtual interface, the destination address corresponding to a destination node in the overlay network; determining, by the first device, that the destination address is reachable by the first device through the tunnel endpoint interface; and providing, by the first device, the underlay address associated with the tunnel endpoint interface of the first device as a source address in the OAM packet.
A method of operation of a wireless communication system, comprising: receiving a desired input signal and an interference input signal; activating a first symbol detector for generating a desired log-likelihood ratio from the desired input signal by activating a joint maximum likelihood detector for generating the desired log-likelihood ratio on a first iteration and activating a successive interference cancellation module on any subsequent iteration for refining the desired log-likelihood ratio; activating a second symbol detector for generating an interference log-likelihood ratio from the interference input signal; and jointly decoding a decoded bit by: iteratively refining the interference log-likelihood ratio for negating the interference input signal, by coupling an interference bit a priori log-likelihood ratio to the first symbol detector and the second symbol detector and generating the interference bit a priori log-likelihood ratio from the interference log-likelihood ratio, wherein the method is characterised by switching between the desired input signal and the interference input signal when a user equipment moves towards a communication source of the interference input signal. receiving a desired input signal and an interference input signal; activating a first symbol detector for generating a desired log-likelihood ratio from the desired input signal by activating a joint maximum likelihood detector for generating the desired log-likelihood ratio on a first iteration and activating a successive interference cancellation module on any subsequent iteration for refining the desired log-likelihood ratio; activating a second symbol detector for generating an interference log-likelihood ratio from the interference input signal; and jointly decoding a decoded bit by: iteratively refining the interference log-likelihood ratio for negating the interference input signal, by coupling an interference bit a priori log-likelihood ratio to the first symbol detector and the second symbol detector and generating the interference bit a priori log-likelihood ratio from the interference log-likelihood ratio, wherein the method is characterised by switching between the desired input signal and the interference input signal when a user equipment moves towards a communication source of the interference input signal. iteratively refining the interference log-likelihood ratio for negating the interference input signal, by coupling an interference bit a priori log-likelihood ratio to the first symbol detector and the second symbol detector and generating the interference bit a priori log-likelihood ratio from the interference log-likelihood ratio, wherein the method is characterised by switching between the desired input signal and the interference input signal when a user equipment moves towards a communication source of the interference input signal.
A fuel injection array for a gas turbine engine comprising: a plurality of bluff body injectors and a plurality of swirler injectors; and a control for operating said plurality of bluff body injectors and said swirler injectors, said control being configured such that said bluff body injectors are utilized without all of the swirler injectors at least at low power operation and said swirler injectors are utilized at higher power operation; characterised in that: s aid bluff body injectors include a central flow passage leading to a pilot port (56; 104) communicating fuel into a combustion chamber, said bluff body injectors also communicate fuel into locations upstream of the combustion chamber where the fuel is mixed with air prior to it reaching the combustion chamber, a fuel supply line leads into said central flow passage, and ports extend from said fuel supply line to locations on opposed sides of said central flow passage to intermix with air flowing along said opposed sides. a plurality of bluff body injectors and a plurality of swirler injectors; and a control for operating said plurality of bluff body injectors and said swirler injectors, said control being configured such that said bluff body injectors are utilized without all of the swirler injectors at least at low power operation and said swirler injectors are utilized at higher power operation; characterised in that: s aid bluff body injectors include a central flow passage leading to a pilot port (56; 104) communicating fuel into a combustion chamber, said bluff body injectors also communicate fuel into locations upstream of the combustion chamber where the fuel is mixed with air prior to it reaching the combustion chamber, a fuel supply line leads into said central flow passage, and ports extend from said fuel supply line to locations on opposed sides of said central flow passage to intermix with air flowing along said opposed sides. s aid bluff body injectors include a central flow passage leading to a pilot port (56; 104) communicating fuel into a combustion chamber, said bluff body injectors also communicate fuel into locations upstream of the combustion chamber where the fuel is mixed with air prior to it reaching the combustion chamber, a fuel supply line leads into said central flow passage, and ports extend from said fuel supply line to locations on opposed sides of said central flow passage to intermix with air flowing along said opposed sides.
System for controlling a controlled fuel-injected internal combustion engine comprising at least one cylinder and fuel-injection means for injecting fuel into the said cylinder, - a measurement means for measuring the pressure in the cylinder, - a measurement means for measuring crank angle, - a calculation means for calculating the derivative of pressure with respect to crank angle, - an injection-control means triggering an injection, referred to as a pilot injection, before the main injection, characterized in that the injection-control means is capable of comparing the measured values of cylinder pressure and the calculated values of how cylinder pressure varies as a function of crank angle against limit values stored in memory and of correcting the quantity of fuel injected during the pilot injection, - as a function of the cylinder pressure, if the pressure is above a first limit value, or - as a function of the variation in cylinder pressure, if the pressure is below the first limit value and if the maximum value of the derivative of pressure as a function of crank angle is above a second limit value. - a measurement means for measuring the pressure in the cylinder, - a measurement means for measuring crank angle, - a calculation means for calculating the derivative of pressure with respect to crank angle, - an injection-control means triggering an injection, referred to as a pilot injection, before the main injection, characterized in that the injection-control means is capable of comparing the measured values of cylinder pressure and the calculated values of how cylinder pressure varies as a function of crank angle against limit values stored in memory and of correcting the quantity of fuel injected during the pilot injection, - as a function of the cylinder pressure, if the pressure is above a first limit value, or - as a function of the variation in cylinder pressure, if the pressure is below the first limit value and if the maximum value of the derivative of pressure as a function of crank angle is above a second limit value.
An obturation element for a well receiving a chemical or biological solution to be analyzed, including for each well, a plug including a sleeve to be inserted into the well by elastic deformation, this insertion sleeve delimiting from the free end of the sleeve, at least one vent when the plug occupies a partial depressed position, the plug including a sealed portion (7, 16) positioned such that in a more depressed position of the plug, relative to the partial depressed position, this portion cooperates with the well to ensure its sealed closing, the insertion sleeve is in the form of a cylinder provided with two truncated areas arranged in a symmetrically opposite manner on the outside of the sleeve to form vents, characterized in that this insertion sleeve being provided with a bottom wall in which a through-cutout is arranged, oriented radially in the direction of the two truncated areas, this cutout extending between two passage faces of the bottom wall, in contact against each other to ensure a sealing and authorize by elastic deformation, the passage of a tip of a pipette.
A cutlery rack for a dishwasher, comprising a rack body which is mounted so as to be extractable from a washing chamber of the dishwasher in the pull-out direction and provides a cutlery insert for accommodating in particular cutlery pieces, the cutlery insert having a row of tines for separately receiving cutlery pieces that are oriented transversely to the pull-out direction, which row of tines includes a plurality of tines arranged one behind another in the pull-out direction, adjacent tines being spaced apart from one another, forming a gap, characterized in that the row of tines has two tine ridges (11, 12) extending in the pull-out direction and being spaced apart from each other transversely to the pull-out direction, leaving a gap space, and in that a tine strip is provided which is received in the gap space between the two tine ridges (11, 12), and in that a catch device is provided by means of which the tine strip is securely held in position by the tine ridges (11, 12), the tine strip projecting beyond the tine ridges (11, 12) toward a gap provided between two adjacent tines and being made of a material that has a lower hardness than the material of the tine ridges (11, 12).
A mount for holding a printhead cartridge comprising: a top portion; first and second side portions (416,426) fixedly secured to the top portion; a third side portion disposed adjacent to the first side portion and adapted to receive a printhead cartridge in a fixed relation thereto; a flexible plate secured to the first side portion and to the third side portion; and an adjustment mechanism operable to adjust the position of the third side portion relative to the first and second side portions (416,426), wherein the flexible plate allows the third side portion to move relative to the first and second side portions (416,426); characterized in that a wedge is disposed between the first side portion and the third side portion. a top portion; first and second side portions (416,426) fixedly secured to the top portion; a third side portion disposed adjacent to the first side portion and adapted to receive a printhead cartridge in a fixed relation thereto; a flexible plate secured to the first side portion and to the third side portion; and an adjustment mechanism operable to adjust the position of the third side portion relative to the first and second side portions (416,426), wherein the flexible plate allows the third side portion to move relative to the first and second side portions (416,426); characterized in that a wedge is disposed between the first side portion and the third side portion.
An interchangeable jewellery insert (6, 34) and an item comprising a receptacle (4, 22) for receiving the interchangeable jewellery insert (6, 34), the insert (6, 34) comprising: a body having a first end and a second end, the first end having at least one dimension sized to fit within a receiving aperture of the receptacle (4, 22) of the item; the second end having at least one dimension larger than an inward extension (12, 24, 126, 136) of the receiving aperture; and an extension (10, 36) formed of natural rubber, silicone or elastomers, or plastics or metals having elastic properties or configured to be elastically deformable and coupled to a receiving portion of the body, the extension (10, 36) being a closed continuous circuit along a periphery of the body, and extending outward; the receptacle (4, 22) comprising: the receiving aperture with a base (16, 28, 121, 131) and a sidewall (18, 32, 123, 133); and the sidewall (18, 32, 123, 133) frictionally engaging the elastically deformable extension (10, 36) of the insert, and the inward extension (12, 24, 126, 136) of the receptacle (4, 22) is sized for deforming the elastically deformable extension (10, 36), characterised in that the base (16, 28, 121, 131) has an opening (20, 30, 146) enabling the insert to be removed by a finger or rod-like instrument, such as a pen, by inserting through the opening in the base and using to exert a manual force, the opening being smaller than a perimeter defined by the sidewall. a body having a first end and a second end, the receiving aperture with a base (16, 28, 121, 131) and a sidewall (18, 32, 123, 133); and the sidewall (18, 32, 123, 133) frictionally engaging the elastically deformable extension (10, 36) of the insert, and the inward extension (12, 24, 126, 136) of the receptacle (4, 22) is sized for deforming the elastically deformable extension (10, 36), characterised in that the base (16, 28, 121, 131) has an opening (20, 30, 146) enabling the insert to be removed by a finger or rod-like instrument, such as a pen, by inserting through the opening in the base and using to exert a manual force, the opening being smaller than a perimeter defined by the sidewall.
A computer-implemented method to update saved query results in a data graph, wherein each saved query result comprises a collection of graph nodes satisfying a constraint expression of a saved query, the constraint expression of each saved query being one constraint or a Boolean expression of constraints, each constraint defining a condition on a path of the graph that a node must satisfy, the method comprising: receiving a graph update identifying a source node, an update edge, and a target node; identifying one or more target constraints for the update edge, each target constraint being a constraint of a saved query specifying a path in the graph that includes the update edge; for each target constraint, determining a state for the target constraint, wherein a state of true indicates that there is at least one way of satisfying the target constraint in the graph, a state of false indicates that the updated edge does not satisfy the target constraint, and a state of unknown indicates that additional graph lookups are needed; for at least one of the one or more target constraints, determining a corresponding saved query and determining a collapsed definition of the constraint expression of the corresponding saved query by substituting the determined state for the target constraint in the constraint expression of the corresponding saved query; and updating (430, 435) saved query results associated with corresponding saved query for the at least one target constraint in accordance with the collapsed definition. receiving a graph update identifying a source node, an update edge, and a target node; identifying one or more target constraints for the update edge, each target constraint being a constraint of a saved query specifying a path in the graph that includes the update edge; for each target constraint, determining a state for the target constraint, wherein a state of true indicates that there is at least one way of satisfying the target constraint in the graph, a state of false indicates that the updated edge does not satisfy the target constraint, and a state of unknown indicates that additional graph lookups are needed; for at least one of the one or more target constraints, determining a corresponding saved query and determining a collapsed definition of the constraint expression of the corresponding saved query by substituting the determined state for the target constraint in the constraint expression of the corresponding saved query; and updating (430, 435) saved query results associated with corresponding saved query for the at least one target constraint in accordance with the collapsed definition.
A wearable device (11, 161) wearable on an eyeball, comprising: a power generating unit configured to generate electric power by chemical reaction with a substance supplied from an outside; and a power managing unit configured to supply electric power obtained in the power generating unit to each part, wherein the power generating unit generates electric power by chemical reaction with the substance contained in a secretion or a body fluid of a user wearing the wearable device, the wearable device (11, 161) characterized by an electricity storage unit configured to store electric power obtained in the power generating unit, wherein the power generating unit is located on a back surface of an eyelid of the user, or a surface of a tissue around an eye of the user when the wearable device (11, 161) is worn on the user, and wherein the power generating unit is provided on a film attachable to and detachable from the wearable device (111, 161). a power generating unit configured to generate electric power by chemical reaction with a substance supplied from an outside; and a power managing unit configured to supply electric power obtained in the power generating unit to each part, wherein the power generating unit generates electric power by chemical reaction with the substance contained in a secretion or a body fluid of a user wearing the wearable device, the wearable device (11, 161) characterized by an electricity storage unit configured to store electric power obtained in the power generating unit, wherein the power generating unit is located on a back surface of an eyelid of the user, or a surface of a tissue around an eye of the user when the wearable device (11, 161) is worn on the user, and wherein the power generating unit is provided on a film attachable to and detachable from the wearable device (111, 161).
A method for annotating data points (151, 161) in a data set, the method comprising; obtaining a set of data points associated with an environment sampled by a vehicle sensor; determining a static model (200, 300) of the environment based on the set of data points, wherein the static model of the environment comprises a collection of local statistical models arranged in a hierarchical data structure, where the collection of local statistical models describes local distributions of data points in the environment at different scale levels; obtaining a new data point associated with the environment; associating the new data point to a corresponding local statistical model comprised in the static model of the environment based on a statistical distance metric from the new data point to the corresponding local statistical model; annotating the new data point as a stable data point on a given scale level of the hierarchical data structure in case the new data point agrees with the corresponding local statistical model. obtaining a set of data points associated with an environment sampled by a vehicle sensor; determining a static model (200, 300) of the environment based on the set of data points, wherein the static model of the environment comprises a collection of local statistical models arranged in a hierarchical data structure, where the collection of local statistical models describes local distributions of data points in the environment at different scale levels; obtaining a new data point associated with the environment; associating the new data point to a corresponding local statistical model comprised in the static model of the environment based on a statistical distance metric from the new data point to the corresponding local statistical model; annotating the new data point as a stable data point on a given scale level of the hierarchical data structure in case the new data point agrees with the corresponding local statistical model.