mhurhangee/ep-ind-claims huggingface dataset:
A method of operation of a wireless device in an LTE cellular communications network, comprising: determining a downlink Hybrid Automatic Repeat Request, HARQ, timing k for transmission of downlink HARQ feedback for each downlink transmission received in a frame composed of plural downlink short Transmission Time Intervals, sTTIs, n DL based on a TDD uplink/downlink configuration; and transmitting, in an uplink sTTI n DL + k, downlink HARQ feedback for the downlink transmissions received in each of the downlink sTTIs n DL; wherein the downlink HARQ feedback is equally distributed over plural uplink sTTIs in the frame, not more than four downlink HARQ feedback bits are sent in a single uplink sTTI, and spatial bundling is applied to the HARQ feedback bits in each single uplink sTTI. determining a downlink Hybrid Automatic Repeat Request, HARQ, timing k for transmission of downlink HARQ feedback for each downlink transmission received in a frame composed of plural downlink short Transmission Time Intervals, sTTIs, n DL based on a TDD uplink/downlink configuration; and transmitting, in an uplink sTTI n DL + k, downlink HARQ feedback for the downlink transmissions received in each of the downlink sTTIs n DL; wherein the downlink HARQ feedback is equally distributed over plural uplink sTTIs in the frame, not more than four downlink HARQ feedback bits are sent in a single uplink sTTI, and spatial bundling is applied to the HARQ feedback bits in each single uplink sTTI.
A wave energy converter comprising: a) a buoyant nacelle having a central longitudinal axis; b) a first spar mated to the nacelle; c) a second spar mated to the nacelle; d) a first float positioned to rotate about the central longitudinal axis within a radial span bounded by an outer surface of the nacelle and a radially distal end of the first float, wherein the first float is operatively coupled to a first power take off; and e) a second float positioned to rotate about the longitudinal axis within a radial span bounded by a radially distal end of the first float and a radially distal end of the second float, wherein the second float is operatively coupled to a second power take off or the first power take off: wherein the first float and the second float are free to rotate 360 degrees about the central longitudinal axis. a) a buoyant nacelle having a central longitudinal axis; b) a first spar mated to the nacelle; c) a second spar mated to the nacelle; d) a first float positioned to rotate about the central longitudinal axis within a radial span bounded by an outer surface of the nacelle and a radially distal end of the first float, wherein the first float is operatively coupled to a first power take off; and e) a second float positioned to rotate about the longitudinal axis within a radial span bounded by a radially distal end of the first float and a radially distal end of the second float, wherein the second float is operatively coupled to a second power take off or the first power take off:
A resistor, preferably a braking resistor, discharge resistor or high power resistor including a wire winding element having a wire resistor winding wound around a carrierr, the ends (56, 62) of which are connectable to connection areas (50, 52), a wire section by contrast with the remaining wire coil, being thermally insulated in an improved manner against the environment, so that in the event of an error the wire winding element fails in that wire section, characterized in that the carrier has recesses (64, 66) on a terminal side end portion for prefixing the ends (56, 62).
An alloy having a composition consisting of, by mass relative to the mass of the alloy: - from 75% to 77.5% of gold, - from 10% to 24.0% of copper, - from 0.1% to 10.0% of silver, - from 0.1% to 1.1% of palladium, - from 0.1% to 2.0% of tin, - 2% or less of titanium, - 0,2% or less of at least one element selected from ruthenium, rhenium, iron, iridium, cobalt, vanadium, molybdenum and mixtures thereof; and - any possible impurities. - from 75% to 77.5% of gold, - from 10% to 24.0% of copper, - from 0.1% to 10.0% of silver, - from 0.1% to 1.1% of palladium, - from 0.1% to 2.0% of tin, - 2% or less of titanium, - 0,2% or less of at least one element selected from ruthenium, rhenium, iron, iridium, cobalt, vanadium, molybdenum and mixtures thereof; and - any possible impurities.
A method of receiving downlink control information, DCI, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, through higher layer signaling, information regarding a plurality of slot format patterns each allowing to indicate a combination of a plurality of slot formats; performing blind detection for a group common physical downlink control channel, PDCCH, in a common search space, CSS, having a plurality of PDCCH candidates; and obtaining downlink control information, DCI, including a slot format indicator, SFI, indicating a slot format pattern, from the blind-detected group common PDCCH, wherein in the blind detection of the group common PDCCH, the UE selectively attempts to detect the group common PDCCH only on a PDCCH candidate at a predetermined position in the CSS having the plurality of PDCCH candidates, the SFI in the DCI corresponds to an index of the slot format pattern indicated from among the plurality of slot format patterns configured in the UE through the higher layer signaling, the UE determines a type of each symbol included in a period of one or more slots based on the slot format pattern indicated by the SFI in the DCI, and when a number of PDCCH candidates at the predetermined position is two or more, the two or more PDCCH candidates for blind detection of the group common PDCCH are contiguous. receiving, through higher layer signaling, information regarding a plurality of slot format patterns each allowing to indicate a combination of a plurality of slot formats; performing blind detection for a group common physical downlink control channel, PDCCH, in a common search space, CSS, having a plurality of PDCCH candidates; and obtaining downlink control information, DCI, including a slot format indicator, SFI, indicating a slot format pattern, from the blind-detected group common PDCCH, wherein in the blind detection of the group common PDCCH, the UE selectively attempts to detect the group common PDCCH only on a PDCCH candidate at a predetermined position in the CSS having the plurality of PDCCH candidates, the SFI in the DCI corresponds to an index of the slot format pattern indicated from among the plurality of slot format patterns configured in the UE through the higher layer signaling, the UE determines a type of each symbol included in a period of one or more slots based on the slot format pattern indicated by the SFI in the DCI, and when a number of PDCCH candidates at the predetermined position is two or more, the two or more PDCCH candidates for blind detection of the group common PDCCH are contiguous.
A continuous variable valve duration apparatus comprising: a camshaft; a cam device on which a cam is formed, of which the camshaft is configured to be inserted thereto and of which a relative phase angle with respect to the camshaft is variable; an internal bracket transmitting a rotation of the camshaft to the cam device; a wheel housing in which the internal bracket is rotatably inserted and on which a guide groove parallel to the camshaft is formed; a control portion including a control shaft disposed parallel to the camshaft and inserted into the guide groove, and the control portion configured for selectively rotating the control shaft for a relative position of the wheel housing with respect to the camshaft to be changed; and characterized by a slider housing interposed between the control shaft and the guide groove, wherein a cross section of the slider housing is shaped as "U" shape. a camshaft; a cam device on which a cam is formed, of which the camshaft is configured to be inserted thereto and of which a relative phase angle with respect to the camshaft is variable; an internal bracket transmitting a rotation of the camshaft to the cam device; a wheel housing in which the internal bracket is rotatably inserted and on which a guide groove parallel to the camshaft is formed; a control portion including a control shaft disposed parallel to the camshaft and inserted into the guide groove, and the control portion configured for selectively rotating the control shaft for a relative position of the wheel housing with respect to the camshaft to be changed; and characterized by a slider housing interposed between the control shaft and the guide groove, wherein a cross section of the slider housing is shaped as "U" shape.
A cutting platform for use with an agricultural harvesting machine, comprising: a first platform section and a second platform section pivotally coupled together about a first axis; a first reel and a second reel positioned in end-to-end juxtaposed relation to each other above said first platform section and said second platform section; a center reel support arm positioned between and carrying each of said first reel and said second reel, said center reel support arm movable toward and away from said first platform section and said second platform section; and a pair of outer reel support arms respectively positioned at outboard ends of said first reel and said second reel, characterized in that the center reel support arm is independently movable, relative to the outer reel support arms, toward and away from said first platform section and said second platform section. a first platform section and a second platform section pivotally coupled together about a first axis; a first reel and a second reel positioned in end-to-end juxtaposed relation to each other above said first platform section and said second platform section; a center reel support arm positioned between and carrying each of said first reel and said second reel, said center reel support arm movable toward and away from said first platform section and said second platform section; and a pair of outer reel support arms respectively positioned at outboard ends of said first reel and said second reel, characterized in that the center reel support arm is independently movable, relative to the outer reel support arms, toward and away from said first platform section and said second platform section.
A system for integrating power-generators, the system comprising: a floating DC bus; one or more power-generators [PGs] coupled to the DC bus; one or more power-consumers [PCs] coupled to the DC bus; wherein the system comprises means configured so that the floating DC bus has an operating voltage that is allowed to vary over a range from a minimum bus operating voltage up to a maximum bus operating voltage; and wherein the system is configured to use a variation in the operating voltage of the DC bus to control an operation of at least one power-generator or at least one power-consumer based on a control voltage range of the at least one power-generator or the at least one power-consumer. a floating DC bus; one or more power-generators [PGs] coupled to the DC bus; one or more power-consumers [PCs] coupled to the DC bus; wherein the system comprises means configured so that the floating DC bus has an operating voltage that is allowed to vary over a range from a minimum bus operating voltage up to a maximum bus operating voltage; and wherein the system is configured to use a variation in the operating voltage of the DC bus to control an operation of at least one power-generator or at least one power-consumer based on a control voltage range of the at least one power-generator or the at least one power-consumer.
A method for managing keys in a computerized system, the method characterized by comprising: detecting a request for a key management operation in association with a private key; determining the private key is a shared private key, wherein the private key is a shared private key when the private key can be accessed by a plurality of entities (16, 17, 18), or would be accessible by a plurality of entities (16, 17, 18), as a result of the requested key management operation; and performing a shared key operation instead of, or in addition to, the requested key management operation on the private key when it is determined that the private key is a shared private key. detecting a request for a key management operation in association with a private key; determining the private key is a shared private key, wherein the private key is a shared private key when the private key can be accessed by a plurality of entities (16, 17, 18), or would be accessible by a plurality of entities (16, 17, 18), as a result of the requested key management operation; and performing a shared key operation instead of, or in addition to, the requested key management operation on the private key when it is determined that the private key is a shared private key.
A fire extinguisher (1; 1') comprising a body (2; 2') extending along a longitudinal axis (X; X') and defining a storage chamber (4; 4') in which a load of an extinguishing agent is present, and also a pressurizing chamber (5; 5') comprising a pyrotechnic gas generator (20; 20'), the pressurizing chamber (5; 5') being separated from the storage chamber (4; 4') by a perforated wall (7; 7') configured to put an outlet of the pyrotechnic gas generator (20; 20') into communication with the storage chamber (4; 4'), the perforated wall (7; 7') defining an end of the storage chamber (4; 4'), the extinguisher having a discharge channel (12; 12') configured to deliver the extinguishing agent to the outside of the extinguisher (1; 1') during actuation of the pyrotechnic gas generator (20; 20'); the extinguisher being characterized in that said discharge channel (12; 12') opens out into the storage chamber (4; 4') through an opening (12a; 12'a) positioned at a distance (d) from the perforated wall (7; 7'), as measured along the longitudinal axis of the body, that is less than or equal to half the length (l s) of the storage chamber (4; 4').
A system for managing computer resources for detection of malicious files comprising: a hardware processor configured to: form at least one behavior pattern (n) grouping selected commands (c i) with shared parameters (p i) selected from a created behavior log comprising a totality of executable commands from a file; apply a convolution function on the at least one behavior pattern to obtain computed parameters; calculate a degree of harmfulness on the basis of the obtained computed parameters using a model for detection of malicious files, wherein the degree of harmfulness is a number value characterizing the probability that malicious activity will be manifested by a time of computing said degree of harmfulness, and wherein the model for detection is a machine learning model, previously trained using computed parameters of previous behavior patterns subjected to convolution, to output degrees of harmfulness; manage computing resources used to ensure security of a computing device, based on the calculated degree of harmfulness, wherein the degree of harmfulness is within a predetermined range of values; and if the calculated degree of harmfulness of applications exceeds a predetermined threshold value, allocate additional resources available on the computing device for the detection of malicious files, otherwise free up previously allocated resources of the computing device. form at least one behavior pattern (n) grouping selected commands (c i) with shared parameters (p i) selected from a created behavior log comprising a totality of executable commands from a file; apply a convolution function on the at least one behavior pattern to obtain computed parameters; calculate a degree of harmfulness on the basis of the obtained computed parameters using a model for detection of malicious files, wherein the degree of harmfulness is a number value characterizing the probability that malicious activity will be manifested by a time of computing said degree of harmfulness, and wherein the model for detection is a machine learning model, previously trained using computed parameters of previous behavior patterns subjected to convolution, to output degrees of harmfulness; manage computing resources used to ensure security of a computing device, based on the calculated degree of harmfulness, wherein the degree of harmfulness is within a predetermined range of values; and if the calculated degree of harmfulness of applications exceeds a predetermined threshold value, allocate additional resources available on the computing device for the detection of malicious files, otherwise free up previously allocated resources of the computing device.
A remotely operated underwater vehicle for carrying cleaning devices for cleaning of surfaces submerged in water, the underwater vehicle having a roll axis (x), a pitch axis (y) and a yaw axis (z), all of said axes intersecting the vehicle's centre of gravity; characterized in that the underwater vehicle comprises a first side, a second side, propulsion means (2, 3), at least one pair of trimming means (10a,b; 12a,b), a first buoyancy means attached to the first side and a second buoyancy means attached to the second side, wherein the elements of each pair are arranged on opposite sides of the centre of gravity and each said trimming means (10a,b, 12a,b) comprising a movable mass and a displacement region into which the mass can move, whereby the trimming means' individual centre of gravity is automatically shifted due to gravity and inertia when the vehicle is accelerating or changes its orientation in the water, and wherein the first buoyancy means provides more buoyancy than the second buoyancy means such that the centre of buoyancy is located above the centre of gravity irrespective of the orientation and attitude of the underwater vehicle.
An implantable neurostimulation system for generating and delivering therapy to a patient, said stimulation system comprising: a neurostimulator for generating the therapy; a conductive stimulation lead having a proximal end electrically coupled to said stimulator, wherein the conductive stimulation lead has at least one ring contact disposed on the proximal end; and a stimulation electrode positioned proximate a distal end of said stimulation lead; and characterised by an impedance matching circuit electrically coupled to said lead configured to substantially match the impedance of said stimulator to the characteristic impedance of said lead, said impedance matching circuit comprising a resistive circuit for producing a frequency independent component; wherein said neurostimulation system has a stimulation path from said stimulator and to said stimulation electrode through said stimulation lead and wherein said resistive circuit comprises a matching resistor in parallel with said stimulation path. a neurostimulator for generating the therapy; a conductive stimulation lead having a proximal end electrically coupled to said stimulator, wherein the conductive stimulation lead has at least one ring contact disposed on the proximal end; and a stimulation electrode positioned proximate a distal end of said stimulation lead; and characterised by an impedance matching circuit electrically coupled to said lead configured to substantially match the impedance of said stimulator to the characteristic impedance of said lead, said impedance matching circuit comprising a resistive circuit for producing a frequency independent component; wherein said neurostimulation system has a stimulation path from said stimulator and to said stimulation electrode through said stimulation lead and wherein said resistive circuit comprises a matching resistor in parallel with said stimulation path.
A sterile surgical gel for coating and adhering to a wound area to control bleeding whilst supporting wound healing, the gel comprising polyanhydroglucuronic acid or a biocompatible salt thereof in an amount of from 1% to 15% by weight, pectin in an amount of from 0.1% to 9% by weight, and a stability enhancer, wherein the viscosity of the gel is from 100 to 350 Pa.s (100,000 to 350,000 cP) when measured at 37°C, wherein the tack of the gel system is from 70 mN to 110 mN, and wherein the gel is sterilised by gamma irradiation.
A closure for a container containing a reagent, said closure comprising a cover comprising at least two cylindrical extensions, wherein each cylindrical extension is located at a circular opening in the cover of the closure and a strip comprising a base and at least two septa, wherein said base consists of a stiff material and said septa consist of a flexible material, wherein said septa are attached to one surface of said base, wherein each septum comprises a pre-slit bottom and a barrel forming the sides of the septum and the outer diameter of the septum barrel is larger than the inner diameter of the cylindrical extension such that a pressure is exerted on the septum when the septum is press fitted into the cylindrical extension.
A bioimplantable dural graft substitute comprising: a collagen layer having substantially planar opposed surfaces; and at least one reinforcement layer disposed on at least one planar surface of the collagen layer, the reinforcement layer having a suture retention strength greater than a suture retention strength of the collagen layer and being configured to substantially conform to a curvature of a tissue, wherein the collagen layer comprises a cross-linked collagen layer defining a plurality of pores, a majority of the plurality of pores defining a diameter of less than 10 micrometers. a collagen layer having substantially planar opposed surfaces; and at least one reinforcement layer disposed on at least one planar surface of the collagen layer, the reinforcement layer having a suture retention strength greater than a suture retention strength of the collagen layer and being configured to substantially conform to a curvature of a tissue, wherein the collagen layer comprises a cross-linked collagen layer defining a plurality of pores, a majority of the plurality of pores defining a diameter of less than 10 micrometers.
An apparatus comprising: an illumination source for providing illumination directed toward a target object; a solid-state imager having an array of photosensitive elements for capturing an image from the target object; and a decoding circuitry operative to decode a barcode on the target object from the image captured by the solid-state imager; and a lens system; characterized by: a liquid crystal device having a liquid crystal material sandwiched between two parallel plate structures (120,130), wherein the two parallel plate structures are made from a substantially transparent material; said lens system and said liquid crystal material being operative to focus light reflected from the target object onto the array of photosensitive elements in the solid-state imager, wherein the liquid crystal device is positioned between the lens system and the solid-state imager. an illumination source for providing illumination directed toward a target object; a solid-state imager having an array of photosensitive elements for capturing an image from the target object; and a decoding circuitry operative to decode a barcode on the target object from the image captured by the solid-state imager; and a lens system; a liquid crystal device having a liquid crystal material sandwiched between two parallel plate structures (120,130), wherein the two parallel plate structures are made from a substantially transparent material; said lens system and said liquid crystal material being operative to focus light reflected from the target object onto the array of photosensitive elements in the solid-state imager, wherein the liquid crystal device is positioned between the lens system and the solid-state imager.