mhurhangee/ep-ind-claims huggingface dataset:
Sensor data assembly to securely store monitored data containing sensor data acquired by a sensor, containing - a sensor, - a processing unit adapted to provide a cryptographic checksum of the monitored data and/or the sensor data acquired by the sensor, - a distributed database adapted to store the monitored data and the cryptographic checksum, wherein the distributed database is protected against manipulation, and - a first connection adapted to at least temporarily connect the sensor and the processing unit, characterized by that the sensor and the processing unit are inseparably connected, wherein the first connection is a direct connection including a cable connection from the sensor to the processing unit or the first connection is a part of a circuit board, wherein on part of the circuit board is connected to or part of the sensor and a different part of the circuit board is connected to or part of the processing unit, wherein a sensor unit containing the sensor and the processing unit is encased by a security encasing, wherein the security encasing is adapted to prevent a manipulation of a data stream between the sensor and the processing unit. - a sensor, - a processing unit adapted to provide a cryptographic checksum of the monitored data and/or the sensor data acquired by the sensor, - a distributed database adapted to store the monitored data and the cryptographic checksum, wherein the distributed database is protected against manipulation, and - a first connection adapted to at least temporarily connect the sensor and the processing unit, characterized by that the sensor and the processing unit are inseparably connected, wherein the first connection is a direct connection including a cable connection from the sensor to the processing unit or the first connection is a part of a circuit board, wherein on part of the circuit board is connected to or part of the sensor and a different part of the circuit board is connected to or part of the processing unit, wherein a sensor unit containing the sensor and the processing unit is encased by a security encasing, wherein the security encasing is adapted to prevent a manipulation of a data stream between the sensor and the processing unit.
A linear reciprocating piston engine comprising: a cylinder; a piston located within the cylinder, the piston separating upper and lower combustion chambers (14, 15) of the cylinder; a separation plate disposed across a lower end of the cylinder to seal the lower combustion chamber; and a joint disposed in the separation plate, the joint comprising a bore through which a connecting rod extends to connect the piston to a crankshaft, wherein movement of the piston along a longitudinal axis (A-A) of the cylinder causes the connecting rod to rotate the crankshaft, said rotation of the crankshaft causing both transverse and angular movement of the connecting rod relative to the longitudinal axis of the cylinder, the angular movement of the connecting rod causing a corresponding angular movement of the joint; wherein the separation plate is configured to slide across the lower end of the cylinder to accommodate said transverse movement of the connecting rod; characterised in that the joint comprises a curved outer surface configured to ensure contact with an outer seal disposed between the separation plate and the joint during said angular movement of the joint and the connecting rod; the joint further comprising at least two inner seals disposed between the bore and the connecting rod, the at least two inner seals being spaced along the bore of the joint; wherein the outer and inner seals are selected from any of: a split ring compression seal; a split ring expansion seal; a gapless expansion seal; a gapless compression seal; a labyrinth seal having a castellated inner edge; and a brush seal. a cylinder; a piston located within the cylinder, the piston separating upper and lower combustion chambers (14, 15) of the cylinder; a separation plate disposed across a lower end of the cylinder to seal the lower combustion chamber; and a joint disposed in the separation plate, the joint comprising a bore through which a connecting rod extends to connect the piston to a crankshaft, wherein movement of the piston along a longitudinal axis (A-A) of the cylinder causes the connecting rod to rotate the crankshaft, said rotation of the crankshaft causing both transverse and angular movement of the connecting rod relative to the longitudinal axis of the cylinder, the angular movement of the connecting rod causing a corresponding angular movement of the joint; wherein the separation plate is configured to slide across the lower end of the cylinder to accommodate said transverse movement of the connecting rod; the joint further comprising at least two inner seals disposed between the bore and the connecting rod, the at least two inner seals being spaced along the bore of the joint; wherein the outer and inner seals are selected from any of: a split ring compression seal; a split ring expansion seal; a gapless expansion seal; a gapless compression seal; a labyrinth seal having a castellated inner edge; and a brush seal. a split ring compression seal; a split ring expansion seal; a gapless expansion seal; a gapless compression seal; a labyrinth seal having a castellated inner edge; and a brush seal.
Tyre comprising a monitoring device which comprises an electronic unit, an electric power supplier, a first support and a second support, wherein the electronic unit and the electric power supplier are both fixed on an inner surface of said tyre at a crown portion of said tyre through respectively said first and second support (13, 14), wherein the electronic unit comprises a rigid printed circuit board, at least one sensor for detecting at least one of the following physical quantities: temperature, pressure, acceleration, a processing unit and a transceiver, wherein said at least one sensor, said processing unit and said transceiver are fixed on said rigid board, wherein the monitoring device comprises an electrical connection for electrically connecting said electronic unit to said electric power supplier, characterized in that: the monitoring device comprises a third support through which said electrical connection is fixed on the inner surface of the tyre at the crown portion, wherein an encapsulating material encapsulates said electronic unit, wherein said encapsulating material realizes said first support, said second support and said third support in a single body. wherein the electronic unit comprises a rigid printed circuit board, at least one sensor for detecting at least one of the following physical quantities: temperature, pressure, acceleration, a processing unit and a transceiver, wherein said at least one sensor, said processing unit and said transceiver are fixed on said rigid board, wherein the monitoring device comprises an electrical connection for electrically connecting said electronic unit to said electric power supplier, characterized in that: the monitoring device comprises a third support through which said electrical connection is fixed on the inner surface of the tyre at the crown portion, wherein an encapsulating material encapsulates said electronic unit, wherein said encapsulating material realizes said first support, said second support and said third support in a single body. the monitoring device comprises a third support through which said electrical connection is fixed on the inner surface of the tyre at the crown portion, wherein an encapsulating material encapsulates said electronic unit, wherein said encapsulating material realizes said first support, said second support and said third support in a single body.
A method of distributing telecommunications functionality across multiple domains providing at least some different policy-charging functionality within a telecommunications system, comprising: determining policy-charging capabilities of a first telecommunications domain exposing a first public interface for communicating with the first telecommunications domain; determining policy-charging capabilities of a second telecommunications domain exposing a second public interface for communicating with the second telecommunications domain; determining policy-charging requirements required for a communication; partitioning the policy-charging requirements into a first group of policy-charging requirements corresponding to the determined policy-charging capabilities of the first telecommunications domain and a second group of policy-charging requirements corresponding to the determined policy-charging capabilities of the second telecommunications domain; sending a first message including the first group of policy-charging requirements to the first public interface; and sending a second message including the second group of policy-charging requirements to the second public interface. determining policy-charging capabilities of a first telecommunications domain exposing a first public interface for communicating with the first telecommunications domain; determining policy-charging capabilities of a second telecommunications domain exposing a second public interface for communicating with the second telecommunications domain; determining policy-charging requirements required for a communication; partitioning the policy-charging requirements into a first group of policy-charging requirements corresponding to the determined policy-charging capabilities of the first telecommunications domain and a second group of policy-charging requirements corresponding to the determined policy-charging capabilities of the second telecommunications domain; sending a first message including the first group of policy-charging requirements to the first public interface; and sending a second message including the second group of policy-charging requirements to the second public interface.
A control method for an information apparatus having a display and being connected to a network, one or more target devices being controlled over the network, the control method causing a computer of the information apparatus to: display a display screen representing a floor plan of a building on the display, and display device icons representing the one or more target devices on the display screen representing the floor plan, the device icons being movable; when selection of a device icon representing one target device among the one or more target devices is sensed, display a control screen for operating, or confirming a state of, the one target device corresponding to the sensed device icon on the display; and output a control command to the network on the basis of an operation on the control screen, the control command allowing at least operation or the state confirmation of the target device corresponding to the one target device, characterized in that: the control method causes the computer of the information apparatus to move out of a display region of the control screen, the device icons representing the one or more target devices when selection of a device icon representing one target device among the one or more target devices is sensed, and the moved device icons include the selected device icon. display a display screen representing a floor plan of a building on the display, and display device icons representing the one or more target devices on the display screen representing the floor plan, the device icons being movable; when selection of a device icon representing one target device among the one or more target devices is sensed, display a control screen for operating, or confirming a state of, the one target device corresponding to the sensed device icon on the display; and output a control command to the network on the basis of an operation on the control screen, the control command allowing at least operation or the state confirmation of the target device corresponding to the one target device, characterized in that: the control method causes the computer of the information apparatus to move out of a display region of the control screen, the device icons representing the one or more target devices when selection of a device icon representing one target device among the one or more target devices is sensed, and the moved device icons include the selected device icon. the control method causes the computer of the information apparatus to move out of a display region of the control screen, the device icons representing the one or more target devices when selection of a device icon representing one target device among the one or more target devices is sensed, and the moved device icons include the selected device icon.
Heat engine equipped with a turbocompressor supercharging system, and control means for engaging this supercharging system, characterized in that the supercharging system comprises, in addition to the turbocompressor, an additional compressor of electric type capable of supercharging the engine with air, and in that the control means are arranged to: - temporarily activate the additional compressor when the supercharging system is engaged, and - deactivate one or more of the cylinders (1, 4) of the engine during the temporary activation of the additional compressor, - deactivate the additional compressor at the end of a predetermined time, and/or when the turbocompressor has reached a steady state. - temporarily activate the additional compressor when the supercharging system is engaged, and - deactivate one or more of the cylinders (1, 4) of the engine during the temporary activation of the additional compressor, - deactivate the additional compressor at the end of a predetermined time, and/or when the turbocompressor has reached a steady state.
A method operational at a transmitter device for retransmitting Media Access Control, MAC protocol data units, MPDUs in a multi-user multiple-input and multiple-output, MU-MIMO communication system, comprising: transmitting a plurality of concurrent data streams within a first transmission window (710; 810; 1402; 1502), each concurrent data stream including one or more MPDUs and associated with a different recipient, the first transmission window having a first length; obtaining an indication of a retransmission subset of the MPDUs to be retransmitted for each concurrent data stream; and transmitting the retransmission subset for each concurrent data stream within a second transmission window (720; 820; 1404; 1504), wherein a length of the second transmission window is equal to a longest of the retransmission subsets of the concurrent data streams, wherein the length of the second transmission window is less than the first length of the first transmission window. transmitting a plurality of concurrent data streams within a first transmission window (710; 810; 1402; 1502), each concurrent data stream including one or more MPDUs and associated with a different recipient, the first transmission window having a first length; obtaining an indication of a retransmission subset of the MPDUs to be retransmitted for each concurrent data stream; and transmitting the retransmission subset for each concurrent data stream within a second transmission window (720; 820; 1404; 1504), wherein a length of the second transmission window is equal to a longest of the retransmission subsets of the concurrent data streams, wherein the length of the second transmission window is less than the first length of the first transmission window.
A method performed by a terminal in a wireless communication system, the method comprising: identifying first information for indicating a slot length of a first serving cell; identifying second information for indicating a slot length of a second serving cell, wherein the slot length of the first serving cell is longer than the slot length of the second serving cell; identifying a first slot of multiple slots of the second serving cell that fully overlaps with a slot of the first serving cell, based on the first information and the second information; and transmitting, in the slot of the first serving cell, a power headroom report, PHR, for the first slot of the second serving cell to a base station, wherein the slot of the first serving cell overlaps with the multiple slots of the second serving cell. identifying first information for indicating a slot length of a first serving cell; identifying second information for indicating a slot length of a second serving cell, wherein the slot length of the first serving cell is longer than the slot length of the second serving cell; identifying a first slot of multiple slots of the second serving cell that fully overlaps with a slot of the first serving cell, based on the first information and the second information; and transmitting, in the slot of the first serving cell, a power headroom report, PHR, for the first slot of the second serving cell to a base station, wherein the slot of the first serving cell overlaps with the multiple slots of the second serving cell.
A method of forming a top-emitting organic light emitting diode, the method comprising the steps in the following order of: - providing a substrate, wherein the substrate is made of a metallic material or a non-metallic material covered by a metal layer, - fabricating a patterned insulating layer on the substrate, - fabricating a metalized structure, the metalized structure comprising a region A being formed over the insulating layer and providing a bottom electrode and a region B being formed by the metallic material of the substrate or by the metal layer on the non-metallic material of the substrate and providing a feed contact for a top electrode, wherein the regions A and B are electrically disconnected from each other, - depositing an organic semiconducting layer over the metalized structure, - depositing a transparent conducting layer over the organic semiconducting layer thereby providing the top electrode, and - forming an electrical short between the top electrode and the feed contact in a connecting area by electrically interconnecting the top electrode with the feed contact through the organic semiconducting layer by irradiating laser light into the connecting area. - providing a substrate, wherein the substrate is made of a metallic material or a non-metallic material covered by a metal layer, - fabricating a patterned insulating layer on the substrate, - fabricating a metalized structure, the metalized structure comprising a region A being formed over the insulating layer and providing a bottom electrode and a region B being formed by the metallic material of the substrate or by the metal layer on the non-metallic material of the substrate and providing a feed contact for a top electrode, wherein the regions A and B are electrically disconnected from each other, - depositing an organic semiconducting layer over the metalized structure, - depositing a transparent conducting layer over the organic semiconducting layer thereby providing the top electrode, and - forming an electrical short between the top electrode and the feed contact in a connecting area by electrically interconnecting the top electrode with the feed contact through the organic semiconducting layer by irradiating laser light into the connecting area.
An interface unit comprising: means for opening a connection between a client (c1-c3) and the interface unit; means for opening a connection between said interface unit and a server (s1-s3) if no free connection is open between said interface unit and said server; means for enabling said client to access information on said server via said connections by inserting a "Connection: Keep-Alive" header into a communication between said client and said server, and modifying acknowledgment and sequence parameters of communications between said client and said server to account for the number of bytes added by inserting said "Connection: Keep-Alive" header into said communication; and means for closing said connection between said client (c1-c3) and said interface unit while keeping open said connection between said interface unit and said server (s1-s3). means for opening a connection between a client (c1-c3) and the interface unit; means for opening a connection between said interface unit and a server (s1-s3) if no free connection is open between said interface unit and said server; means for enabling said client to access information on said server via said connections by inserting a "Connection: Keep-Alive" header into a communication between said client and said server, and modifying acknowledgment and sequence parameters of communications between said client and said server to account for the number of bytes added by inserting said "Connection: Keep-Alive" header into said communication; and means for closing said connection between said client (c1-c3) and said interface unit while keeping open said connection between said interface unit and said server (s1-s3).
Generation method of a variation form of an analogue signal produced by a succession of generation steps of a PWM signal from pairs of given period and cyclic ratios, the PWM signal being integrated to produce the analogue signal, characterized in that during the generation of the variation form, a plurality of pairs of discrete values of period and cyclic ratio are successively applied, generating a PWM signal; wherein each successive pair is one of a pair of different discrete values of period and cyclic ratio, the same discrete value of period with different discrete values of cyclic ratio and different discrete values of period with the same discrete value of cyclic ratio, the succession of generation steps of the PWM signal generating the variation form.
An ink set for ink jet recording comprising two ink compositions each of a different color of a) a magenta ink composition and b) a cyan ink composition, each comprising a dye, water, and a water soluble organic solvent, and the magenta ink composition a) comprising a compound represented by the following formula or a salt thereof,, wherein the cyan ink composition b) comprises as a coloring agent C.I. Direct Blue 86, 87, 199, C.I. Acid Blue 249, or a compound represented by the following general formula or a salt thereof, wherein: a, b, c and d are 0 or 1; a sum of a, b, c and d is no less than 1 and no greater than 4; and an average value of the sum is 2 to 4.
A blade track for a gas turbine engine, the blade track comprising a plurality of blade track segments comprising ceramic-matrix composite materials and shaped to extend part-way around a central axis, each blade track segment including opposing circumferential end faces (21, 23) and a radially outer surface extending between the end faces, and a composite-lock structure positioned to engage the outer surfaces of the blade track segments, the composite-lock structure including at least one reinforcement fiber of ceramic-containing material suspended in ceramic-matrix material, wherein the blade track segments are positioned circumferentially around the central axis to form a ring, the end faces (21, 23) of the blade track segments are engaged with one another, and the composite-lock structure is configured to provide a radially-inward force toward the central axis against the blade track segments such that each blade track segment acts as a keystone to maintain the form of the ring, wherein the at least one reinforcement fiber is positioned to circumferentially surround the ring along the outer surfaces of the blade track segments.