mhurhangee/ep-ind-claims huggingface dataset:
A method for use in a first node of a transport network for supporting latency monitoring in the transport network, the transport network transporting traffic to and from at least one wireless base station, the transport network comprising the first node and a second node, the method comprising: determining a first timestamp representing time at which a data element is received at the first node; adding information representative of the first timestamp to a communication signal for sending to the second node, the communication signal carrying data for the at least one wireless base station, the data including the received data element; and sending an indication of an association between the information representative of the first timestamp and the data element that the information representative of the first timestamp relates to, wherein the indication of an association is a pointer, and the method comprises adding the pointer to an overhead part of the communication signal, the pointer pointing to a part of the payload where the data element is carried. determining a first timestamp representing time at which a data element is received at the first node; adding information representative of the first timestamp to a communication signal for sending to the second node, the communication signal carrying data for the at least one wireless base station, the data including the received data element; and sending an indication of an association between the information representative of the first timestamp and the data element that the information representative of the first timestamp relates to, wherein the indication of an association is a pointer, and the method comprises adding the pointer to an overhead part of the communication signal, the pointer pointing to a part of the payload where the data element is carried.
An oral care composition, comprising: 0.25 weight % or less hemostatic agent, based on a total weight of the oral care composition, wherein the hemostatic agent comprises a mixture of oleanic acid and eugenol. 0.25 weight % or less hemostatic agent, based on a total weight of the oral care composition, wherein the hemostatic agent comprises a mixture of oleanic acid and eugenol.
A battery comprising a cathode, an anode and an electrolyte, wherein: the cathode comprises a cathode active material which is capable of reversibly intercalating and deintercalating a first metal ions; the electrolyte comprises at least a solvent capable of dissolving solute, the solute being ionized to a second metal ions that can be reduced to a metallic state during a charge cycle and be oxidized from the metallic state to the second metal ions during a discharge cycleand the first metal ions; the battery further comprises an anode modifier which is selected from at least one of gelatin, agar, cellulose, cellulose ether and soluble salt thereof, dextrin and cyclodextrin; the anode modifier is dispersed in the electrolyte; the first metal ions are selected from Li and Na ions; and the second metal ions are selected from manganese ions, iron ions, copper ions, zinc ions, chromium ions, nickel ions, tin ions or lead ions. the cathode comprises a cathode active material which is capable of reversibly intercalating and deintercalating a first metal ions; the electrolyte comprises at least a solvent capable of dissolving solute, the solute being ionized to a second metal ions that can be reduced to a metallic state during a charge cycle and be oxidized from the metallic state to the second metal ions during a discharge cycleand the first metal ions; the battery further comprises an anode modifier which is selected from at least one of gelatin, agar, cellulose, cellulose ether and soluble salt thereof, dextrin and cyclodextrin; the anode modifier is dispersed in the electrolyte; the first metal ions are selected from Li and Na ions; and the second metal ions are selected from manganese ions, iron ions, copper ions, zinc ions, chromium ions, nickel ions, tin ions or lead ions.
A foldable barrier net for separating a cargo area of a vehicle from a passenger compartment of the vehicle by being fastened to upper fastening elements (12, 13) and lower fastening elements (14, 15) of the vehicle, the foldable barrier net comprises: an upper edge element having a through passage with open end sections, a resilient element, preferably in the form of a net, attached to the upper edge element, hook elements arranged at opposite ends of the passage, each hook element partly extending in the passage and extending through the open end sections for allowing fastening to the upper fastening elements (12, 13) of the vehicle, and a load-bearing belt, extending partly inside the passage of the upper edge element and arranged to change directions by engagement with the hook elements inside the passage for fastening of the load-bearing belt to the lower fastening elements (14, 15) of the vehicle. an upper edge element having a through passage with open end sections, a resilient element, preferably in the form of a net, attached to the upper edge element, hook elements arranged at opposite ends of the passage, each hook element partly extending in the passage and extending through the open end sections for allowing fastening to the upper fastening elements (12, 13) of the vehicle, and a load-bearing belt, extending partly inside the passage of the upper edge element and arranged to change directions by engagement with the hook elements inside the passage for fastening of the load-bearing belt to the lower fastening elements (14, 15) of the vehicle.
A medical device, comprising: a device body; a first sensor formed on the device body and including a piezoelectric polymer as a sensor element, the piezoelectric polymer configured to detect ultrasonic energy, and a first electrical trace connecting to the first sensor element and extending along the device body; and a dummy sensor formed on the device body in proximity of the first sensor and including a dummy sensor element that is insensitive to ultrasound, and a second electrical trace connecting to the dummy sensor element and extending along the device body in a configuration relative to the first electrical trace, wherein the first sensor and the dummy sensor are arranged for discriminating a signal event between a signal and noise based on a comparison between a signal strength measured on the first sensor and the dummy sensor. a device body; a first sensor formed on the device body and including a piezoelectric polymer as a sensor element, the piezoelectric polymer configured to detect ultrasonic energy, and a first electrical trace connecting to the first sensor element and extending along the device body; and a dummy sensor formed on the device body in proximity of the first sensor and including a dummy sensor element that is insensitive to ultrasound, and a second electrical trace connecting to the dummy sensor element and extending along the device body in a configuration relative to the first electrical trace, wherein the first sensor and the dummy sensor are arranged for discriminating a signal event between a signal and noise based on a comparison between a signal strength measured on the first sensor and the dummy sensor.
Rotor blade for a wind turbine with a rotor blade tip section, a rotor blade mid section, a rotor blade root section and a rotor blade longitudinal axis, extending from the rotor blade tip section through the rotor blade mid section to the rotor blade root section, wherein in the rotor blade mid section the rotor blade comprises a spar cap with a spar cap tip area, a spar cap mid area and a spar cap root area, wherein the spar cap tip area is pointing to the rotor blade tip section and the spar cap root area is pointing to the rotor blade root section, wherein in the spar cap mid area the spar cap comprises a carbon fiber body with a plurality of carbon fiber layers of carbon fibers, wherein a thickness of the carbon fiber body in a body center zone of the carbon fiber body is greater than a thickness of the carbon fiber body in a body tip zone of the carbon fiber body, located between the body center zone and the spar cap tip area, wherein a current injection contact means of the rotor blade is in electrical conductive contact with the body tip zone, thereby constituting a current injection contact zone of the body tip zone, wherein the current injection contact zone is extending at least in a direction parallel to the rotor blade longitudinal axis and in a direction of the thickness of the carbon fiber body, characterized in that the current injection contact means are only in electrical contact with multiple carbon fiber profiles at the end of the carbon fiber body and with a down conductor to inject current into the current injection contact means.
Toilet active cleaning agent container which is formed by means of thermoforming and punching a film, having - a first portion having at least one first shell and at least one first flap, - a second portion having at least one second shell and at least one second flap, wherein the at least one first shell and the at least one second shell together form in the operating position at least one chamber, in which an active cleaning agent can be placed, and - at least one first clamping unit on the at least one first flap and/or at least one second clamping unit on the at least one second flap, wherein the first and/or second clamping unit (114, 124) can be clamped in the operating position in or below an edge of a toilet bowl, characterised by - at least one hinge which is coupled in each case to the first flap and second flap (111, 121) and which consequently connects the at least one first shell and the at least one second shell so that the first and second portions (110, 120) can be pivoted towards each other and can be secured to each other in an operating position, and - a gap at least partially between the first portion and the second portion (110, 120) and at least partially between the at least one first shell and the at least one second shell when the first and second portions (110, 120) are in the operating position. - a first portion having at least one first shell and at least one first flap, - a second portion having at least one second shell and at least one second flap, wherein the at least one first shell and the at least one second shell together form in the operating position at least one chamber, in which an active cleaning agent can be placed, and - at least one first clamping unit on the at least one first flap and/or at least one second clamping unit on the at least one second flap, wherein the first and/or second clamping unit (114, 124) can be clamped in the operating position in or below an edge of a toilet bowl, characterised by - at least one hinge which is coupled in each case to the first flap and second flap (111, 121) and which consequently connects the at least one first shell and the at least one second shell so that the first and second portions (110, 120) can be pivoted towards each other and can be secured to each other in an operating position, and - a gap at least partially between the first portion and the second portion (110, 120) and at least partially between the at least one first shell and the at least one second shell when the first and second portions (110, 120) are in the operating position.
Apparatus for use with at least one implant, comprising: a tissue-engaging element having (a) a distal portion configured to engage at least a first portion of tissue of a patient, and (b) a proximal portion; at least one docking station coupled to the proximal portion of the tissue-engaging element, the at least one docking station: being configured to receive and be coupled to the at least one implant, and comprising a locking mechanism configured to lock the implant to the docking station; and at least one guide member reversibly coupled to the at least one docking station, the at least one guide member being configured for facilitating slidable advancement of the at least one implant toward the docking station. a tissue-engaging element having (a) a distal portion configured to engage at least a first portion of tissue of a patient, and (b) a proximal portion; at least one docking station coupled to the proximal portion of the tissue-engaging element, the at least one docking station: being configured to receive and be coupled to the at least one implant, and comprising a locking mechanism configured to lock the implant to the docking station; and being configured to receive and be coupled to the at least one implant, and comprising a locking mechanism configured to lock the implant to the docking station; and at least one guide member reversibly coupled to the at least one docking station, the at least one guide member being configured for facilitating slidable advancement of the at least one implant toward the docking station.
Method for controlling a kinematically redundant robot in order to fulfil a plurality of tasks, wherein at least one passivity-based first controller module is used, at least one task target description and at least one associated task mapping are calculated for the at least one first controller module, at least one weighting is calculated for the tasks in the form of a task-specific symmetrical matrix W k = Ψ k M k − 1 is calculated, wherein the matrix W k is composed of the inverse of the task inertia matrix M k, where M k = ( J k M -1 J k T) -1, J k is the task Jacobian and M is the inertia matrix of the dynamic model of the robot, and a weighting scalar Ψ k for independently weighting different tasks with respect to each other, and the at least one first controller module using the at least one task weighting matrix W k, which is combined in the form of sub-matrices into a symmetrical and block-diagonal overall weighting matrix W, is integrated into an overall controller.
An apparatus for removing solids from a liquid stream, the apparatus comprising: a separating chamber having a liquid inlet at an upstream end thereof, a central first outlet at a downstream end of the chamber and a second outlet disposed radially outwardly of the central first outlet; the liquid inlet being in communication with a source of pressurised liquid and comprising at least one angled channel passing through a nozzle block and opening out into the separating chamber; a spinner rotatably mounted inside the separating chamber and having a plurality of vanes; the denser components of the liquid stream being directed out of the chamber through the second outlet and lighter components of the liquid stream being directed out of the chamber through the central first outlet; characterised in that the separating chamber and spinner are arranged such that, in use, pressurised liquid passing through the angled channels of the liquid inlet is incident upon the vanes of the spinner so as to rotate the spinner and thereby swirl liquid entering the separating chamber to form a vortex, the pressurised liquid being the sole means of rotating the spinner, the vortex bringing about centrifugal separation of components of the liquid as it passes from the upstream end of the chamber to the downstream end of the chamber, a separating chamber having a liquid inlet at an upstream end thereof, a central first outlet at a downstream end of the chamber and a second outlet disposed radially outwardly of the central first outlet; the liquid inlet being in communication with a source of pressurised liquid and comprising at least one angled channel passing through a nozzle block and opening out into the separating chamber; a spinner rotatably mounted inside the separating chamber and having a plurality of vanes; the denser components of the liquid stream being directed out of the chamber through the second outlet and lighter components of the liquid stream being directed out of the chamber through the central first outlet; characterised in that the separating chamber and spinner are arranged such that, in use, pressurised liquid passing through the angled channels of the liquid inlet is incident upon the vanes of the spinner so as to rotate the spinner and thereby swirl liquid entering the separating chamber to form a vortex, the pressurised liquid being the sole means of rotating the spinner, the vortex bringing about centrifugal separation of components of the liquid as it passes from the upstream end of the chamber to the downstream end of the chamber,
A composition of matter comprising: - 35 to 55% w/w of (R,Z)-3-methyl-cyclopentadec-5-en-1-one, having an ee of at least 80%; - 27 to 40% w/w of (R,E)-3-methyl-cyclopentadec-5-en-1-one, having an ee of at least 80%; - 3 and 20% w/w of (S,E)-3-methyl-cyclopentadec-4-en-1-one, having an ee of at least 80%; and - 0 to 5% w/w of (S,Z)-3-methyl-cyclopentadec-4-en-1-one, having an ee of at least 80%; the percentage being relative to the total weight of the composition of matter; and wherein the various constituent are present in specific molar ratio ranges: of [(R,Z)-3-methyl-cyclopentadec-5-en-1-one / (R,E)-3-methyl-cyclopentadec-5-en-1-one] being comprised between 1.6 and 1.0, or between 1.5 and 1.1, or even between 1.4 and 1.2; and/or of [(R,Z)-3-methyl-cyclopentadec-5-en-1-one / (S,E)-3-methyl-cyclopentadec-4-en-1-one] being comprised between 6.0 and 2.5, or even between 4.5 and 3.0. - 35 to 55% w/w of (R,Z)-3-methyl-cyclopentadec-5-en-1-one, having an ee of at least 80%; - 27 to 40% w/w of (R,E)-3-methyl-cyclopentadec-5-en-1-one, having an ee of at least 80%; - 3 and 20% w/w of (S,E)-3-methyl-cyclopentadec-4-en-1-one, having an ee of at least 80%; and - 0 to 5% w/w of (S,Z)-3-methyl-cyclopentadec-4-en-1-one, having an ee of at least 80%; of [(R,Z)-3-methyl-cyclopentadec-5-en-1-one / (R,E)-3-methyl-cyclopentadec-5-en-1-one] being comprised between 1.6 and 1.0, or between 1.5 and 1.1, or even between 1.4 and 1.2; and/or of [(R,Z)-3-methyl-cyclopentadec-5-en-1-one / (S,E)-3-methyl-cyclopentadec-4-en-1-one] being comprised between 6.0 and 2.5, or even between 4.5 and 3.0.
A method for interrogating aircraft at extended ranges and for increasing interrogations in crowded airspace for an aircraft having a collision avoidance system, said method comprising: identifying aircraft within a surveillance volume in response to a full power broadcast of a Mode S interrogation; establishing a track for each aircraft; examining the range of said track; reducing the transmit power of a next Mode S interrogation directed to one of said aircraft based on the range to the said aircraft (412 to 424); Determining (426, 428) whether said one of said aircraft responds to said reduced power transmission of said Mode S interrogation; if said one of said aircraft responds to said Mode S interrogation, repeating said examining, reducing and determining steps; if said one of said aircraft fails to respond to said Mode S interrogation, increasing said transmit power of a next Mode S interrogation directed to said one of said aircraft, and repeating said determining step and subsequent steps. identifying aircraft within a surveillance volume in response to a full power broadcast of a Mode S interrogation; establishing a track for each aircraft; examining the range of said track; reducing the transmit power of a next Mode S interrogation directed to one of said aircraft based on the range to the said aircraft (412 to 424); Determining (426, 428) whether said one of said aircraft responds to said reduced power transmission of said Mode S interrogation; if said one of said aircraft responds to said Mode S interrogation, repeating said examining, reducing and determining steps; if said one of said aircraft fails to respond to said Mode S interrogation, increasing said transmit power of a next Mode S interrogation directed to said one of said aircraft, and repeating said determining step and subsequent steps.
A rotor for a centrifugal flow machine, the rotor having a hub with an axis A and means for coupling the rotor, when taking into use, on a shaft of the flow machine provided with a sealing chamber, and at least one working vane extending outwardly from the hub, the working vane having a front edge, a leading edge, a trailing edge, a rear face, a leading surface and a trailing surface, the rear face, when in use, facing the sealing chamber, the working vane being formed of a root portion and a vane portion integrated to one another, the working vane being fastened to the hub solely by means of the root portion, characterized in that the root portion has, when joining to the hub, a substantially triangular cross section having sides representing a leading face, a trailing face, a rounded front edge between the leading face and the trailing face and the rear face opposite to the front edge of the root portion, the rear face of the at least one working vane forming a sharp angle δ with the circumferential direction, the angle δ opening in the direction R of the rotation of the rotor for pumping fluid towards the sealing chamber for flushing the sealing chamber.
A method of making a semiconductor device, comprising: providing a semiconductor wafer including a plurality of semiconductor dice; forming trenches between the semiconductor dice and partially through the semiconductor wafer; disposing the semiconductor wafer over a carrier with the trenches oriented toward the carrier; backgrinding the semiconductor wafer over the trenches while the semiconductor wafer remains over the carrier, wherein the plurality of semiconductor dice remain connected by a portion of a base substrate material of the semiconductor wafer over the trenches after backgrinding, and characterised by etching the back surface of the semiconductor wafer over the trenches after backgrinding the semiconductor wafer while the semiconductor wafer remains over the carrier, wherein the etching removes the portion of the base substrate material over the trenches and exposes the trenches; and by depositing an encapsulant over the semiconductor dice after backgrinding the semiconductor wafer and etching the back surface of the semiconductor wafer, wherein the trenches allow the encapsulant to flow over and around side surfaces of the semiconductor dice. providing a semiconductor wafer including a plurality of semiconductor dice; forming trenches between the semiconductor dice and partially through the semiconductor wafer; disposing the semiconductor wafer over a carrier with the trenches oriented toward the carrier; backgrinding the semiconductor wafer over the trenches while the semiconductor wafer remains over the carrier, wherein the plurality of semiconductor dice remain connected by a portion of a base substrate material of the semiconductor wafer over the trenches after backgrinding, and characterised by etching the back surface of the semiconductor wafer over the trenches after backgrinding the semiconductor wafer while the semiconductor wafer remains over the carrier, wherein the etching removes the portion of the base substrate material over the trenches and exposes the trenches; and by depositing an encapsulant over the semiconductor dice after backgrinding the semiconductor wafer and etching the back surface of the semiconductor wafer, wherein the trenches allow the encapsulant to flow over and around side surfaces of the semiconductor dice.