mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: obtaining channel access after a clear channel assessment, CCA, operation; determining an offset between a boundary of a symbol and a particular time at which the channel access is obtained; generating a channel reservation, CR, preamble based on the offset, generating a CR message payload indicating reservations and/or availability of multiple beam directions; wherein the generating the CR preamble includes partitioning the CR preamble into a plurality of segments, each segment comprising a different waveform for identification as a CR preamble and identification of a particular symbol at which to expect the CR message; and wherein the plurality of segments comprises a first segment having a fixed duration, a second segment having a variable duration, and a third segment having a fixed duration; and transmitting the CR preamble and the CR message. obtaining channel access after a clear channel assessment, CCA, operation; determining an offset between a boundary of a symbol and a particular time at which the channel access is obtained; generating a channel reservation, CR, preamble based on the offset, generating a CR message payload indicating reservations and/or availability of multiple beam directions; wherein the generating the CR preamble includes partitioning the CR preamble into a plurality of segments, each segment comprising a different waveform for identification as a CR preamble and identification of a particular symbol at which to expect the CR message; and wherein the plurality of segments comprises a first segment having a fixed duration, a second segment having a variable duration, and a third segment having a fixed duration; and wherein the generating the CR preamble includes partitioning the CR preamble into a plurality of segments, each segment comprising a different waveform for identification as a CR preamble and identification of a particular symbol at which to expect the CR message; and wherein the plurality of segments comprises a first segment having a fixed duration, a second segment having a variable duration, and a third segment having a fixed duration; and transmitting the CR preamble and the CR message.
A method of detecting an anomaly in a radio access network to be performed by an anomaly detecting system in the radio access network, the method comprising: receiving a data point; determining a metric in accordance with the data point and a center value indicating the center of expected values; determining whether the metric is below a lower threshold, between the lower threshold and an upper threshold, or above the upper threshold; determining that the data point is not the anomaly when the metric is below the lower threshold; determining that the data point is the anomaly when the metric is above the upper threshold; and when the metric is between the lower threshold and the upper threshold, determining a first length of time in which the metrics of a plurality of received data points comprising the data point have been between the lower threshold and the upper threshold, comparing the first length of time to a second length of time of a delay window, and determining that the data point is the anomaly when the first length of time is greater than or equal to the second length of time of the delay window; when the data point is determined to be the anomaly, raising an alarm; where the data point is a value in the radio access network. receiving a data point; determining a metric in accordance with the data point and a center value indicating the center of expected values; determining whether the metric is below a lower threshold, between the lower threshold and an upper threshold, or above the upper threshold; determining that the data point is not the anomaly when the metric is below the lower threshold; determining that the data point is the anomaly when the metric is above the upper threshold; and when the metric is between the lower threshold and the upper threshold, determining a first length of time in which the metrics of a plurality of received data points comprising the data point have been between the lower threshold and the upper threshold, comparing the first length of time to a second length of time of a delay window, and determining that the data point is the anomaly when the first length of time is greater than or equal to the second length of time of the delay window; when the data point is determined to be the anomaly, raising an alarm; where the data point is a value in the radio access network.
A method for producing an electrode for hypochlorite evolution comprising at least two sequential stages and: executing the following steps a)-b) at least once over a valve metal substrate: a) apply a first active coating comprising at least one layer of a first composition, where said first composition comprises precursors of Ta and Ir having the following weight ratio referred to the elements: 20-70% Ta, 30-80% Ir, and where each layer is dried for 5-15 minutes at 45-75°C and subsequently baked for 5-15 minutes at 480 -530°C; b) apply a second active coating comprising at least one layer of a second composition over said first active coating, where said second composition comprises precursors of Ru and Ti having the following weight ratio referred to the elements: 20-50% Ru, 50-80% Ti, and where each layer is dried for 5-15 minutes at 45-75°C and subsequently baked for 5-15 minutes at 480 - 530°C; executing step a) over the electrode resulting from stage, and optionally performing a postbake at 480-530 °C for 1-6 hours. executing the following steps a)-b) at least once over a valve metal substrate: a) apply a first active coating comprising at least one layer of a first composition, where said first composition comprises precursors of Ta and Ir having the following weight ratio referred to the elements: 20-70% Ta, 30-80% Ir, and where each layer is dried for 5-15 minutes at 45-75°C and subsequently baked for 5-15 minutes at 480 -530°C; b) apply a second active coating comprising at least one layer of a second composition over said first active coating, where said second composition comprises precursors of Ru and Ti having the following weight ratio referred to the elements: 20-50% Ru, 50-80% Ti, and where each layer is dried for 5-15 minutes at 45-75°C and subsequently baked for 5-15 minutes at 480 - 530°C; a) apply a first active coating comprising at least one layer of a first composition, where said first composition comprises precursors of Ta and Ir having the following weight ratio referred to the elements: 20-70% Ta, 30-80% Ir, and where each layer is dried for 5-15 minutes at 45-75°C and subsequently baked for 5-15 minutes at 480 -530°C; b) apply a second active coating comprising at least one layer of a second composition over said first active coating, where said second composition comprises precursors of Ru and Ti having the following weight ratio referred to the elements: 20-50% Ru, 50-80% Ti, and where each layer is dried for 5-15 minutes at 45-75°C and subsequently baked for 5-15 minutes at 480 - 530°C; executing step a) over the electrode resulting from stage, and optionally performing a postbake at 480-530 °C for 1-6 hours.
A biosensor for detecting a compound comprising - an electrode system, - a device for measuring electron transfer in the electrode system, and - a microorganism having a nucleic acid construct comprising the genes mtrA, mtrB and mtrF, which transfers electrons to the electrode system if the genes are expressed, wherein the regulatory element is controlled by the compound and the microorganism is devoid of endogenous outer membrane associates cytochrome genes. - an electrode system, - a device for measuring electron transfer in the electrode system, and - a microorganism having a nucleic acid construct comprising the genes mtrA, mtrB and mtrF, which transfers electrons to the electrode system if the genes are expressed,
Drum for a washing machine, the drum being formed as a hollow cylinder, the drum having the following features: an outer portion in which a plurality of elongate holes are formed as through holes, characterised in that a plurality of curved segments arranged adjacently to one another are formed in the outer portion, the outer portion being curved in each curved segment radially inwards with respect to an axis of rotation of the drum, and in that the elongate holes are arranged in boundary regions between adjacent curved segments. an outer portion in which a plurality of elongate holes are formed as through holes, characterised in that a plurality of curved segments arranged adjacently to one another are formed in the outer portion, the outer portion being curved in each curved segment radially inwards with respect to an axis of rotation of the drum, and in that the elongate holes are arranged in boundary regions between adjacent curved segments.
A tape printing apparatus, comprising: a cartridge mounting portion on which a tape cartridge having a core shaft portion disposed on an inner peripheral side of a wound print tape can be detachably mounted; an engagement projection portion which protrudes from the cartridge mounting portion and engages with an inner peripheral portion of the core shaft portion of the mounted tape cartridge; and the tape printing apparatus being characterized by further comprising: a plurality of spring pieces which are provided in the engagement projection portion, wherein the plurality of spring pieces are equally disposed in a peripheral direction in the engagement projection portion, and bias an inner peripheral surface of the engaged core shaft portion toward the outside in a radial direction. a cartridge mounting portion on which a tape cartridge having a core shaft portion disposed on an inner peripheral side of a wound print tape can be detachably mounted; an engagement projection portion which protrudes from the cartridge mounting portion and engages with an inner peripheral portion of the core shaft portion of the mounted tape cartridge; and the tape printing apparatus being characterized by further comprising: a plurality of spring pieces which are provided in the engagement projection portion, wherein the plurality of spring pieces are equally disposed in a peripheral direction in the engagement projection portion, and bias an inner peripheral surface of the engaged core shaft portion toward the outside in a radial direction. a plurality of spring pieces which are provided in the engagement projection portion, wherein the plurality of spring pieces are equally disposed in a peripheral direction in the engagement projection portion, and bias an inner peripheral surface of the engaged core shaft portion toward the outside in a radial direction.
A drive device, having a gear unit, which can be driven by a motor, with pressure lubrication system, wherein the pressure lubrication system has a distributor block, wherein the distributor block has a continuous longitudinal bore and a continuous transverse bore (3, 4, 5, 6), wherein the distributor block is made in one piece, in particular from metal, such as steel or aluminium, characterised in that an oil line leads out of a first transverse bore to the interior of the gear unit, wherein the first transverse bore has a larger cross-section than any of the other transverse bores (3, 4, 5, 6), wherein a valve for interrupting the oil flow from the longitudinal bore to the first transverse bore is arranged in the distributor block, in particular within the longitudinal bore.
Coffee machine which comprises: - a dispensing element configured to dispense hot water; - feeding members in fluid communication with the dispensing element to feed hot water to the dispensing element; - a dispensing unit in fluid communication with the dispensing element to receive hot water from the dispensing element; wherein the dispensing unit comprises a tank arranged below the dispensing element along a longitudinal direction (X-X) and configured to collect the hot water coming from the dispensing element, said tank having a discharge opening configured to discharge the hot water accumulated in the tank by gravity into a hopper configured to accommodate a dose of ground coffee characterized in that the dispensing unit comprises motorisation elements kinematically connected to the tank and configured to rotate the tank around a rotation axis (Y-Y) oriented parallel to the longitudinal direction (X-X), so as to move the discharge opening of the tank with respect to the hopper. - a dispensing element configured to dispense hot water; - feeding members in fluid communication with the dispensing element to feed hot water to the dispensing element; - a dispensing unit in fluid communication with the dispensing element to receive hot water from the dispensing element; wherein the dispensing unit comprises a tank arranged below the dispensing element along a longitudinal direction (X-X) and configured to collect the hot water coming from the dispensing element, said tank having a discharge opening configured to discharge the hot water accumulated in the tank by gravity into a hopper configured to accommodate a dose of ground coffee characterized in that the dispensing unit comprises motorisation elements kinematically connected to the tank and configured to rotate the tank around a rotation axis (Y-Y) oriented parallel to the longitudinal direction (X-X), so as to move the discharge opening of the tank with respect to the hopper.
The use of a compound of formula wherein R 1 and R 2, independently of one another, are selected from -OH, -Ci, -F, -Br, substituted or unsubstituted C 1-8 alkyl or alkenyl groups, substituted or unsubstituted C 1-8 heteroalkyl or heteroalkenyl groups, substituted or unsubstituted aryl groups and substituted or unsubstituted heteroaryl groups, for increasing the effect of a preservative in washing and cleaning agents, wherein at least 2-phenoxyethanol is selected as a preservative.
A mammography apparatus, which includes - a substantially vertically standing frame part or a frame part attachable to a wall or a ceiling, - an arm structure connecting to said frame part and pivotable in relation to a horizontal rotation axis, - wherein at a substantially first end of the opposite ends of the arm structure is placed an X-ray source and substantially at a second end an image data receiving means, and - wherein in connection with said second end of the arm structure is additionally arranged a lower tray structure, positioned substantially on top of the image data receiving means and - a control system and in connection with it a user interface arrangement, characterized in that said user interface arrangement includes at least one touch screen attached as articulated to the frame part so that a view of said at least one touch screen can be aligned in at least two directions out of which in the first the view is aligned away from said lower tray structure and in the second at least partially towards said lower tray structure and the touch screen can be brought to a substantial vicinity of the lower tray structure, within an arm's length or closer. - a substantially vertically standing frame part or a frame part attachable to a wall or a ceiling, - an arm structure connecting to said frame part and pivotable in relation to a horizontal rotation axis, - wherein at a substantially first end of the opposite ends of the arm structure is placed an X-ray source and substantially at a second end an image data receiving means, and - wherein in connection with said second end of the arm structure is additionally arranged a lower tray structure, positioned substantially on top of the image data receiving means and - a control system and in connection with it a user interface arrangement, characterized in that said user interface arrangement includes at least one touch screen attached as articulated to the frame part so that a view of said at least one touch screen can be aligned in at least two directions out of which in the first the view is aligned away from said lower tray structure and in the second at least partially towards said lower tray structure and the touch screen can be brought to a substantial vicinity of the lower tray structure, within an arm's length or closer.
A method of controlling power in an electromagnetic test system, the electromagnetic test system having at least one operational path having a channel emulator, at least one of an amplifier /attenuator combination and a variable gain amplifier, VGA, and an antenna, the method comprising: calculating an attenuation value based at least on a maximum power value, P max, a requested power setting, X, and an attenuation step size; if the calculated attenuation value is equal to a current attenuation setting, then: setting an output power of the channel emulator to X plus the calculated attenuation value; and if the calculated attenuation value is not equal to the current attenuation setting, then: if X is less than a current power setting, then: setting an output power of the channel emulator to X plus the calculated attenuation value, followed by setting an output attenuation of one of the amplifier /attenuator combination and the VGA to one of an attenuation and an attenuation step; and if X is not less than the current power setting, then: setting an output attenuation of one of the amplifier /attenuator combination and the VGA to one of the attenuation value and the attenuation step, followed by setting the output power of the channel emulator to X plus the calculated attenuation value. if the calculated attenuation value is equal to a current attenuation setting, then: setting an output power of the channel emulator to X plus the calculated attenuation value; and if the calculated attenuation value is not equal to the current attenuation setting, then: if X is less than a current power setting, then: setting an output power of the channel emulator to X plus the calculated attenuation value, followed by setting an output attenuation of one of the amplifier /attenuator combination and the VGA to one of an attenuation and an attenuation step; and if X is not less than the current power setting, then: setting an output attenuation of one of the amplifier /attenuator combination and the VGA to one of the attenuation value and the attenuation step, followed by setting the output power of the channel emulator to X plus the calculated attenuation value. if X is less than a current power setting, then: setting an output power of the channel emulator to X plus the calculated attenuation value, followed by setting an output attenuation of one of the amplifier /attenuator combination and the VGA to one of an attenuation and an attenuation step; and if X is not less than the current power setting, then: setting an output attenuation of one of the amplifier /attenuator combination and the VGA to one of the attenuation value and the attenuation step, followed by setting the output power of the channel emulator to X plus the calculated attenuation value.
A method of adjusting an instrument to be used in establishing a reference plane for hip arthroplasty on a hip, said instrument having first, second and third legs (16, 18, 20), each leg of said instrument having a tip, the method comprising the steps of: selecting first and second points (P1, P2) to be used in establishing said reference plane, preferably from a model of the hip to be operated on, said first point being in the area of the posterior inferior acetabulum and said second point being in the area of the anterior superior iliac spine; determining the distance (d 1-2)between said first and second points (P1, P2); and setting said instrument so that the tips of the first and second legs (16, 18) are positioned on the first and the second point (P1, P2), respectively, the distance (d 1-3) between the tips of the first and third legs (16, 20) is proportional to the determined distance (d 1-2) between the first and second points (P1, P2) at a ratio of approximately 70% to approximately 100%. selecting first and second points (P1, P2) to be used in establishing said reference plane, preferably from a model of the hip to be operated on, said first point being in the area of the posterior inferior acetabulum and said second point being in the area of the anterior superior iliac spine; determining the distance (d 1-2)between said first and second points (P1, P2); and setting said instrument so that the tips of the first and second legs (16, 18) are positioned on the first and the second point (P1, P2), respectively, the distance (d 1-3) between the tips of the first and third legs (16, 20) is proportional to the determined distance (d 1-2) between the first and second points (P1, P2) at a ratio of approximately 70% to approximately 100%.
A urine-detection device with adhesive tape and an emitter sensor, the device being characterised in that it comprises a tape strip equipped with two parallel, longitudinal metallic conductors to which a 90 KΩ resistor is connected by means of superposition, adhesion or printing, the resistor being situated at one end of the tape strip, close to a pre-marked fold, near an area intended to connect a unit formed by the support and the emitter sensor, which produces in-situ visual warnings by means of LEDs when a control button is pressed and which is programmed to continually transmit data to a control centre panel by means of a wireless connection, to facilitate normality information and information regarding the need for attention because of a wet nappy (5.1), where the emitter sensor internally houses the electronic circuit for reading the resistors between the conductor, the alarm generator/emitter and the power supply battery externally presenting the control button, one, two or more indicator LEDs, and two connection terminals operating while inserted in a clamp-type supporting member for immobilising same on nappies, sanitary towels, pads, or any other garment.