mhurhangee/ep-ind-claims huggingface dataset:
A visual notification device, comprising: an input end, for receiving an input voltage (Vin); a booster circuit (230, 830), coupled to the input end so as to boost the input voltage (Vin); an energy storage element, coupled to the booster circuit (230, 830) and charged by the booster circuit; at least one flash element (260, 660); a flash control circuit (250, 450, 550, 650, 750), coupled to the energy storage element and the flash element (260, 660), and used for causing energy in the energy storage element to be applied to the at least one flash element (260, 660) to make it flash; characterised in that at least one of the booster circuit, the at least one flash element and the flash control circuit (450, 550, 650, 750) is designed such that a residual voltage (Vr) across the energy storage element in each flash operation is greater than or equal to the input voltage (Vin). an input end, for receiving an input voltage (Vin); a booster circuit (230, 830), coupled to the input end so as to boost the input voltage (Vin); an energy storage element, coupled to the booster circuit (230, 830) and charged by the booster circuit; at least one flash element (260, 660); a flash control circuit (250, 450, 550, 650, 750), coupled to the energy storage element and the flash element (260, 660), and used for causing energy in the energy storage element to be applied to the at least one flash element (260, 660) to make it flash; characterised in that at least one of the booster circuit, the at least one flash element and the flash control circuit (450, 550, 650, 750) is designed such that a residual voltage (Vr) across the energy storage element in each flash operation is greater than or equal to the input voltage (Vin).
A system for generating energy from ocean wave motion, which consists of a) at least one vessel supporting at least one shaft-rotor that engages with an electricity generator; b) at least one buoy connected to the vessel by means of an arm; and c) mechanical means of freewheels or pawls that connect each arm to a shaft-rotor to transmit the motion of each buoy; characterised in that the vessel has, in itself, symmetrically relative to a plan of symmetry thereof, at least one recess/tank, with a lower opening, for water to enter and a closable upper hatch, for the release of air; so that, once the recess/tank, is filled with water, its upper hatch is closed, the upper surface (s) of each recess/tank, being left precisely at the level of the water line (f). a) at least one vessel supporting at least one shaft-rotor that engages with an electricity generator; b) at least one buoy connected to the vessel by means of an arm; and c) mechanical means of freewheels or pawls that connect each arm to a shaft-rotor to transmit the motion of each buoy;
A method of forming a superconducting wire, the method comprising: forming a pinning seed layer on a substrate, wherein the pinning seed layer comprises hafnium; depositing a superconducting precursor film on the substrate formed with the pinning seed layer; and heat-treating the substrate deposited with the superconducting precursor film, such that a superconducting film including magnetic flux pinning centers is formed, wherein the magnetic flux pinning centers comprise hafnium that moves from the pinning seed layer during the heat-treating, and at least one element included in the superconducting precursor film. forming a pinning seed layer on a substrate, wherein the pinning seed layer comprises hafnium; depositing a superconducting precursor film on the substrate formed with the pinning seed layer; and heat-treating the substrate deposited with the superconducting precursor film, such that a superconducting film including magnetic flux pinning centers is formed, wherein the magnetic flux pinning centers comprise hafnium that moves from the pinning seed layer during the heat-treating, and at least one element included in the superconducting precursor film.
A transport vehicle position estimating device for use in a working machine having an attachment for carrying and discharging a load of matter to a box bed provided on a transport vehicle, comprising: a distance image acquiring part configured for acquiring a distance image of the box bed; and a calculation part, characterized in that the calculation part configured for setting a box bed scope indicative of a dimensional extent of the box bed on the basis of the distance image of the box bed acquired by the distance image acquiring part, acquiring a dischargeable region indicative of a dischargeable extent of the attachment, and determining whether at least a part of the box bed scope falls within the dischargeable region. a distance image acquiring part configured for acquiring a distance image of the box bed; and a calculation part, characterized in that the calculation part configured for setting a box bed scope indicative of a dimensional extent of the box bed on the basis of the distance image of the box bed acquired by the distance image acquiring part, acquiring a dischargeable region indicative of a dischargeable extent of the attachment, and determining whether at least a part of the box bed scope falls within the dischargeable region. configured for setting a box bed scope indicative of a dimensional extent of the box bed on the basis of the distance image of the box bed acquired by the distance image acquiring part, acquiring a dischargeable region indicative of a dischargeable extent of the attachment, and determining whether at least a part of the box bed scope falls within the dischargeable region.
Improved process for preparing alkyl 2,2-dichloro- or dibromophenylacetates of the formula in which X is Cl or Br, n may be an integer from 1 to 5, R is hydrogen, C 1 -C 8 -alkyl, aryl, heteroaryl, C 1 -C 8 -alkoxy, aryloxy or halogen, and R1 is C 1 -C 8 -alkyl, characterized in that a 2,2-dichloro- or dibromophenylacetonitrile of the formula in which X, n and R are each as defined above, in from 0.8 to 2 mol of water per mole of nitrile of the formula, from 1 to 8 mol of alcohol of the formula R1OH in which R1 is as defined above, per mole of nitrile of the formula and in the presence of from 1 to 3 mol of HCl or HBr per mole of nitrile of the formula, optionally in the presence of a solvent inert under the reaction conditions, is converted to the corresponding alkyl 2,2-dichloro- or dibromophenylacetate of the formula, the reaction temperature in the first phase of the conversion being from 35 to 55°C and, in the second phase, from 60 to 100°C, whereupon, on completion of conversion, the reaction mixture is cooled to from 20 to 40°C and diluted with water, and the corresponding alkyl 2,2-dichloro- or dibromophenylacetate of the formula is isolated.
A method for receiving a signal by a user equipment, UE, the method comprising: obtaining information regarding a modulation and coding scheme, MCS, level and information regarding resource blocks, RBs, scheduled for the UE; and performing a downlink reception based on the MCS level and the RBs, characterized in that the UE determines presence/non-presence of a phase tracking reference signal, PTRS, for the downlink reception, based on whether the MCS level is higher than a threshold MCS level and whether a number of the scheduled RBs is greater than a threshold RB amount, and the UE determines a mapping pattern of the PTRS based on the MCS level and the number of the scheduled RBs, in case of the presence of the PTRS. obtaining information regarding a modulation and coding scheme, MCS, level and information regarding resource blocks, RBs, scheduled for the UE; and performing a downlink reception based on the MCS level and the RBs, characterized in that the UE determines presence/non-presence of a phase tracking reference signal, PTRS, for the downlink reception, based on whether the MCS level is higher than a threshold MCS level and whether a number of the scheduled RBs is greater than a threshold RB amount, and the UE determines a mapping pattern of the PTRS based on the MCS level and the number of the scheduled RBs, in case of the presence of the PTRS.
A notebook comprising: hinges to connect a notebook information handling system display assembly to a base of a notebook information handling system; a display panel, the display panel having a width; a display board assembly comprising a display board and at least one display component mounted on the display board; the display board assembly being coupled to the display panel on a rear side of the display panel with a side to which the at least one component is mounted on the display board; the display board having a wider portion extending substantially the width of the display panel and a narrow portion extending less than the width of the display panel; wherein the wider portion of the display board and the narrower portion of the display board are contiguous; and wherein the narrower portion of the display board protrudes below an edge of the display panel thereby defining spaces into which the hinges are positioned. hinges to connect a notebook information handling system display assembly to a base of a notebook information handling system; a display panel, the display panel having a width; a display board assembly comprising a display board and at least one display component mounted on the display board; the display board assembly being coupled to the display panel on a rear side of the display panel with a side to which the at least one component is mounted on the display board; the display board having a wider portion extending substantially the width of the display panel and a narrow portion extending less than the width of the display panel; wherein the wider portion of the display board and the narrower portion of the display board are contiguous; and wherein the narrower portion of the display board protrudes below an edge of the display panel thereby defining spaces into which the hinges are positioned.
A method for compensating for soft iron magnetic disturbances in a heading reference system, said system comprising a heading gyro disposed along a heading measurement axis and a magnetometer coupled to said heading gyro for providing an accurate heading relative to magnetic north; said method comprising the steps of: detecting a change in a value of a reading of said magnetometer during a detection period, and providing the detected change as a first detected magnitude of change; detecting a change in a value of a reading of said heading gyro relative to magnetic north during said detection period, and providing the detected change as a second detected magnitude of change; comparing said first and second detected magnitudes of change for providing a potential difference value of change; providing a predetermined acceptable threshold value of change based on an expected gyro drift over the detection period; determining if said potential difference value of change exceeds said predetermined acceptable threshold value of change and upon determining that said potential difference value of change exceeds said acceptable threshold value of change: providing a corrected heading value to said heading reference system, wherein the corrected heading value corresponds to the detected gyro heading change plus a last heading, thereby adjusting said heading to maintain said accurate heading in the face of soft iron magnetic disturbances. detecting a change in a value of a reading of said magnetometer during a detection period, and providing the detected change as a first detected magnitude of change; detecting a change in a value of a reading of said heading gyro relative to magnetic north during said detection period, and providing the detected change as a second detected magnitude of change; comparing said first and second detected magnitudes of change for providing a potential difference value of change; providing a predetermined acceptable threshold value of change based on an expected gyro drift over the detection period; determining if said potential difference value of change exceeds said predetermined acceptable threshold value of change and upon determining that said potential difference value of change exceeds said acceptable threshold value of change: providing a corrected heading value to said heading reference system, wherein the corrected heading value corresponds to the detected gyro heading change plus a last heading, thereby adjusting said heading to maintain said accurate heading in the face of soft iron magnetic disturbances. providing a corrected heading value to said heading reference system, wherein the corrected heading value corresponds to the detected gyro heading change plus a last heading, thereby adjusting said heading to maintain said accurate heading in the face of soft iron magnetic disturbances.
Machine to prepare beverages comprising at least one tank for the water, fluidly connected to a filtering container suitable to contain an aromatic mixture; a pump to feed water from said tank; a heating device to heat the water in transit; temperature sensors to detect the temperature of the heated water and a control and command unit connected to a user interface, comprising boiling temperature indicator means configured to monitor in real time the growth curve of the temperature of the water for preparing the beverage, and to provide said control and command unit with information on an actual water boiling temperature value which corresponds to a water boiling temperature when a value of a derivative of the temperature growth curve approaches zero, and said control and command unit is configured to regulate at least the functioning of the heating device as a function of the heating speed and of said actual water boiling temperature value, correlated to an ambient pressure surrounding the machine itself, so that the temperature of the water for preparing the beverage remains below a safety temperature value lower than said actual boiling temperature value.
A method of measuring acidic species generated by degradation of a Fab' component of a Fab'-PEG comprising the steps of: a) cleaving the PEG and linker from the Fab'-PEG with an enzyme that cleaves the hinge portion of the Fab' and releases the PEG and linker from the Fab', b) separating the PEG and linker generated in step a) from the Fab', to provide a Fab' and c) quantitatively analyzing acidic species associated with the cleaved Fab'. a) cleaving the PEG and linker from the Fab'-PEG with an enzyme that cleaves the hinge portion of the Fab' and releases the PEG and linker from the Fab', b) separating the PEG and linker generated in step a) from the Fab', to provide a Fab' and c) quantitatively analyzing acidic species associated with the cleaved Fab'.
A work machine comprising: a machine body; an articulated-type work implement including a boom rotatably mounted to the machine body, an arm rotatably mounted to a tip portion of the boom, and a work tool rotatably mounted to the arm; a boom cylinder configured to drive the boom; an arm cylinder configured to drive the arm; a work tool cylinder configured to drive the work tool; an operation device (15A, 15B, 15C) that expands and contracts the boom cylinder, the arm cylinder, and the work tool cylinder at a speed according to an operation amount, and outputs an operation signal for operating the work implement, and a controller configured to set a target surface for the work tool, and control an operation of the work implement in such a manner that the work tool does not penetrate to below the target surface, characterized in that the controller is configured to set a speed correction region on an upper side of the target surface, to decrease a width of the speed correction region as an operation amount of the operation device (15A, 15B, 15C) for outputting the operating signal for operating the work implement decreases, and to control the operation of the work implement in such a manner that the work tool does not penetrate into the speed correction region. a machine body; an articulated-type work implement including a boom rotatably mounted to the machine body, an arm rotatably mounted to a tip portion of the boom, and a work tool rotatably mounted to the arm; a boom cylinder configured to drive the boom; an arm cylinder configured to drive the arm; a work tool cylinder configured to drive the work tool; an operation device (15A, 15B, 15C) that expands and contracts the boom cylinder, the arm cylinder, and the work tool cylinder at a speed according to an operation amount, and outputs an operation signal for operating the work implement, and a controller configured to set a target surface for the work tool, and control an operation of the work implement in such a manner that the work tool does not penetrate to below the target surface, characterized in that the controller is configured to set a speed correction region on an upper side of the target surface, to decrease a width of the speed correction region as an operation amount of the operation device (15A, 15B, 15C) for outputting the operating signal for operating the work implement decreases, and to control the operation of the work implement in such a manner that the work tool does not penetrate into the speed correction region.
A system (100, 200, 300) for managing medical events generated by a medical device, the system (100, 200, 300) comprising: a user interface configured to receive, from a user, an adjudication including an episode characterization characterizing a presented medical event episode; a memory circuit configured to store an association between one or more episode characterizations and corresponding one or more detection algorithms for detecting a type of medical event having respective episode characterizations; and an episode management circuit configured to detect the type of medical event from a subsequent episode using a detection algorithm corresponding to the episode characterization of the medical event episode presented for adjudication according to the stored association in the memory circuit. a user interface configured to receive, from a user, an adjudication including an episode characterization characterizing a presented medical event episode; a memory circuit configured to store an association between one or more episode characterizations and corresponding one or more detection algorithms for detecting a type of medical event having respective episode characterizations; and an episode management circuit configured to detect the type of medical event from a subsequent episode using a detection algorithm corresponding to the episode characterization of the medical event episode presented for adjudication according to the stored association in the memory circuit.
An engine fuel control system including: a fuel metering valve operable to control the flow of fuel between a supply line and a delivery line, a pressure drop control arrangement operable to regulate a pressure drop across the metering valve, the pressure drop control arrangement maintaining in normal use a substantially constant pressure drop across the metering valve, an electro-mechanical backup control system which, in the event of an engine overthrust event, is controllable by an electrical pullback signal to operate the pressure drop control arrangement, such that increasing the pullback signal reduces the flow of fuel between the supply line and the delivery line, and a detector arrangement which detects a start of an engine overthrust event, and detects a time at which an upward runaway caused by the overthrust event is arrested, characterized by a controller which (i) determines, at the time of the overthrust detection, a rate of increase of the pullback signal and an offset of the pullback signal, (ii) sends the pullback signal to the backup control system at the determined rate of increase, and (iii), when the upward runaway is arrested, reduces the pullback signal sent to the backup control system by the determined offset. a fuel metering valve operable to control the flow of fuel between a supply line and a delivery line, a pressure drop control arrangement operable to regulate a pressure drop across the metering valve, the pressure drop control arrangement maintaining in normal use a substantially constant pressure drop across the metering valve, an electro-mechanical backup control system which, in the event of an engine overthrust event, is controllable by an electrical pullback signal to operate the pressure drop control arrangement, such that increasing the pullback signal reduces the flow of fuel between the supply line and the delivery line, and a detector arrangement which detects a start of an engine overthrust event, and detects a time at which an upward runaway caused by the overthrust event is arrested, characterized by a controller which (i) determines, at the time of the overthrust detection, a rate of increase of the pullback signal and an offset of the pullback signal, (ii) sends the pullback signal to the backup control system at the determined rate of increase, and (iii), when the upward runaway is arrested, reduces the pullback signal sent to the backup control system by the determined offset.
A layer for a heat exchanger, the layer comprising: an inlet; an outlet; an upper sheet; a lower sheet; a fluid flowpath defined between the upper sheet and lower sheet and from the inlet to the outlet; wherein the lower sheet has a first undulating profile; and wherein the upper sheet has a second undulating profile different from the first undulating profile, characterised by at least one pin disposed in the flowpath and connecting the upper sheet to the lower sheet. an inlet; an outlet; an upper sheet; a lower sheet; a fluid flowpath defined between the upper sheet and lower sheet and from the inlet to the outlet; wherein the lower sheet has a first undulating profile; and wherein the upper sheet has a second undulating profile different from the first undulating profile, characterised by at least one pin disposed in the flowpath and connecting the upper sheet to the lower sheet.
Aerosol mousse fixative, characterized in that the preparation comprises sorbitol at a content of at most 10 wt%, polymers with vinylpyrrolidone and vinyl acetate as monomer units, and propellant gas at a content of between 5 and 50 wt%, wherein the content of surfactants and emulsifiers is at most 3 wt%.
A method of preparing an aqueous solution of Cr 2 (GF 6) 3, in which G is a Group IV-B element, comprising adding hydrogen peroxide to a mixture comprising water and a chromium VI compound in the presence of at least one acid according to the formula H 2 GF 6, in which G is a Group IV-B element, wherein the aqueous composition contains less than 500 ppm of alkali metal ions and less than 200 ppm of halide ions, relative to chromium, and one or more contaminating ions, wherein the total amount of said one or more contaminating ions is present at less than 1000 ppm relative to chromium, wherein said one or more contaminating ions are ions that are not ions of a salt with the canonical formula of Cr 2 (GF 6) 3 and wherein the aqueous composition tests negative for chromium VI using s-diphenylcarbazide.