mhurhangee/ep-ind-claims huggingface dataset:
An applicator for use in tissue repair, the applicator comprising: a base containing, and configured to dispense, at least a first material, wherein the said first material is a biocompatible material for dispensing into a tissue defect to effect tissue repair; and an applicator tip operably connected to the base and including: a body defining a longitudinal axis and having a distal end configured to engage a tissue defect, the body defining a lumen extending therethrough and in fluid communication with the base for dispensing said biocompatible materials from said distal end of the body; and a mold disposed about the body configured to engage tissue about the tissue defect, wherein the mold is configured to be selectively positionable relative to the distal end of the body between at least a first position along the longitudinal axis for depositing the at least first material to form a first layer and a second position along the longitudinal axis for depositing at least a second material to form a second layer, characterised in that the distal end of the body includes a flat distal surface configured to be flush with a distal surface of the mold when the mold is in one of the first and second positions. a base containing, and configured to dispense, at least a first material, wherein the said first material is a biocompatible material for dispensing into a tissue defect to effect tissue repair; and an applicator tip operably connected to the base and including: a body defining a longitudinal axis and having a distal end configured to engage a tissue defect, the body defining a lumen extending therethrough and in fluid communication with the base for dispensing said biocompatible materials from said distal end of the body; and a mold disposed about the body configured to engage tissue about the tissue defect, a body defining a longitudinal axis and having a distal end configured to engage a tissue defect, the body defining a lumen extending therethrough and in fluid communication with the base for dispensing said biocompatible materials from said distal end of the body; and a mold disposed about the body configured to engage tissue about the tissue defect, wherein the mold is configured to be selectively positionable relative to the distal end of the body between at least a first position along the longitudinal axis for depositing the at least first material to form a first layer and a second position along the longitudinal axis for depositing at least a second material to form a second layer, characterised in that the distal end of the body includes a flat distal surface configured to be flush with a distal surface of the mold when the mold is in one of the first and second positions.
Weft feeder device comprising a winding drum with an adjustable winding circumference and a wireless power transmission system, the wireless power transmission system comprises a primary side system comprising a signal generator and a secondary side system comprising an actuator driver for driving an actuator, wherein the secondary side system is arranged for an inductive coupling across an air gap with the primary side system, characterized in that the secondary side system further comprises a secondary control unit, and in that the primary side system is adapted for selectively transmitting across the air gap a first power used for powering the actuator driver for driving the actuator or a second power used for powering the secondary control unit, wherein the power transmission system is arranged for generating by means of the signal generator, at least during an operation time of the actuator, a signal with a first frequency matched to the resonant frequency of the secondary side system, and wherein the power transmission system is arranged for transmitting the first power across the air gap from the primary side system to the actuator driver for driving the actuator of the secondary side system.
A method, in an optical line terminal of an optical communication network, of instructing an optical network unit to restart, the method comprising the steps of: a. upon completion of downloading a new software version to the optical network unit, determining a type of an active image request to be transmitted based upon stored values of a RstDelayTimeRange attribute and of a RstDelayTrafficThreshold attribute corresponding to the optical network unit, wherein the type of an active image request is a first active image request that instruct the optical network unit to immediately restart and activate the new software version, a second active image request that instruct the optical network unit that the new software version is activated upon next time of restarting or a third type of active image request that instruct the optical network unit to immediately restart and the RstDelayTimeRange attribute is used for indicating a time range or a time value in or at which a traffic detection is performed on the optical network unit, and the RstDelayTrafficThreshold attribute is used for indicating an upper traffic limit below or at which the optical network unit is determined to be in a silent state; and b. transmitting (S12a, S12b, S12c) the first, the second or the third active image request to the optical network unit, respectively. a. upon completion of downloading a new software version to the optical network unit, determining a type of an active image request to be transmitted based upon stored values of a RstDelayTimeRange attribute and of a RstDelayTrafficThreshold attribute corresponding to the optical network unit, wherein the type of an active image request is a first active image request that instruct the optical network unit to immediately restart and activate the new software version, a second active image request that instruct the optical network unit that the new software version is activated upon next time of restarting or a third type of active image request that instruct the optical network unit to immediately restart and the RstDelayTimeRange attribute is used for indicating a time range or a time value in or at which a traffic detection is performed on the optical network unit, and the RstDelayTrafficThreshold attribute is used for indicating an upper traffic limit below or at which the optical network unit is determined to be in a silent state; and b. transmitting (S12a, S12b, S12c) the first, the second or the third active image request to the optical network unit, respectively.
(8E,12E,14E)-7-((4-Cycloheptylpiperazin-1-yl)carbonyl)oxy-3,6,16,21-tetrahydroxy-6,10,12,16,20-pentamethyl-18,19-epoxytricosa-8,12,14-trien-11-olide.
A continuous glucose measurement apparatus comprising: a body attachable unit including a housing, a housing rack gear formed on an outer side of the housing, and a sensor module disposed inside the housing and configured for being inserted into a body to measure blood glucose, wherein a sensing area to react with the blood glucose in the body is formed at one side of the sensor module; an applicator configured to insert and attach the body attachable unit to the body, the applicator including a main case, a case rack gear formed on an inner side of the main case, and a plunger body configured to move in an outward discharge direction along with the body attachable unit; and a guide needle arranged to cover an outside of the sensor module, and configured to, after being inserted into the body together with the sensor module, be extracted and removed from the body, wherein a pinion gear is rotatably coupled to one side of the plunger body and is configured to simultaneously engage the housing rack gear and the case rack gear, so that, when being discharged in the outward discharge direction by the applicator, the sensor module is inserted faster into the body than the guide needle, and so that an incised portion incised by the guide needle in the body is formed not to surround at least a part of the outside of the sensing area. a body attachable unit including a housing, a housing rack gear formed on an outer side of the housing, and a sensor module disposed inside the housing and configured for being inserted into a body to measure blood glucose, wherein a sensing area to react with the blood glucose in the body is formed at one side of the sensor module; an applicator configured to insert and attach the body attachable unit to the body, the applicator including a main case, a case rack gear formed on an inner side of the main case, and a plunger body configured to move in an outward discharge direction along with the body attachable unit; and a guide needle arranged to cover an outside of the sensor module, and configured to, after being inserted into the body together with the sensor module, be extracted and removed from the body, wherein a pinion gear is rotatably coupled to one side of the plunger body and is configured to simultaneously engage the housing rack gear and the case rack gear, so that, when being discharged in the outward discharge direction by the applicator, the sensor module is inserted faster into the body than the guide needle, and so that an incised portion incised by the guide needle in the body is formed not to surround at least a part of the outside of the sensing area.
Blowout preventer stack, comprising at least one blowout preventer stack component with at least one blowout preventer characterised by at least one electric blowout preventer drive means for operating the at least one blowout preventer, wherein energy for operating the at least one blowout preventer is provided by at least one kinetic energy storage device (86.1, 86.2), and wherein the at least one blowout preventer drive means includes the kinetic energy storage device (86.1, 86.2) so that the blowout preventer drive means can operate the blowout preventer directly by means of kinetic energy from the kinetic energy storage device (86.1, 86.2).
Sensor arrangement comprising: a force-sensitive element for providing an amount of electrical charge Q 0 on the basis of a mechanical load exerting an influence on a coupled mechanical component; and a display element comprising a semiconductor nanocrystal arrangement for providing a fluorescence property which is adjustable on the basis of an amount of electrical charge supplied to the semiconductor nanocrystal arrangement, the force-sensitive element being coupled to the display element such as to supply the semiconductor nanocrystal arrangement of the display element with at least some of the amount of charge generated by the force-sensitive element, so as to change the fluorescence property of the display element on the basis of the mechanical load detected by the force-sensitive element; and the force-sensitive element comprising a piezo element having at least one contactable electrode (124, 126) so as to provide, at at least one electrode (124, 126), an amount of charge Q 0 dependent on a mechanical load exerting an influence. a force-sensitive element for providing an amount of electrical charge Q 0 on the basis of a mechanical load exerting an influence on a coupled mechanical component; and a display element comprising a semiconductor nanocrystal arrangement for providing a fluorescence property which is adjustable on the basis of an amount of electrical charge supplied to the semiconductor nanocrystal arrangement, the force-sensitive element being coupled to the display element such as to supply the semiconductor nanocrystal arrangement of the display element with at least some of the amount of charge generated by the force-sensitive element, so as to change the fluorescence property of the display element on the basis of the mechanical load detected by the force-sensitive element; and the force-sensitive element comprising a piezo element having at least one contactable electrode (124, 126) so as to provide, at at least one electrode (124, 126), an amount of charge Q 0 dependent on a mechanical load exerting an influence.
Method for controlling a supercharged internal combustion engine of a motor vehicle, the said engine comprising: a compressor which is interposed in an inlet pipe in order to compress the intake gases which are intended to be supplied to the engine; a branch pipe of the compressor provided with a binary discharge valve of the said compressor whose opening is controlled by the application to the terminals thereof of an electrical voltage by a processor of the engine; and a throttle valve body which is interposed in the inlet pipe downstream of the compressor in order to control the flow rate of the inlet gases, the said method comprising: - a lifting of the foot of the driver of the vehicle, controlling a rapid return of the throttle valve body to a closure position; - a closure of the throttle valve body; - a control of the opening of the discharge valve from an event which is representative of the closure of the throttle valve body, characterized in that, in order to open the valve, the processor applies a minimum voltage value (Umin cor) to the terminals thereof for at least one first portion of the opening travel of the binary valve which is capable of authorizing the opening thereof and providing it with a minimum opening speed over at least the said first portion of the travel. - a lifting of the foot of the driver of the vehicle, controlling a rapid return of the throttle valve body to a closure position; - a closure of the throttle valve body; - a control of the opening of the discharge valve from an event which is representative of the closure of the throttle valve body,
A pay-out machine for unwrapping elongated materials from a cardboard coil package comprising: a head having a first side and a second side wherein said second side is attached to said pay-out machine, at least four pintle flanges attached to said first side of said head wherein said at least four pintle flanges have sloped slots, characterised in that the pay-out machine further comprises: at least four finger wedges positioned respectively in said sloped slots of said at least four pintle flanges and wherein said at least four finger wedges respectively have at least four threaded receptors and wherein said at least four finger wedges respectively have at least four corresponding slopes to match said sloped slots of said at least four pintle flanges, at least four threaded screws axially connecting said at least four threaded receptors of said at least four finger wedges to said at least four pintle flanges; and wherein the at least four threaded screws' respective rotation are adapted to keep said cardboard coil package concentric while unwrapping elongated materials from said pay-out machine. a head having a first side and a second side wherein said second side is attached to said pay-out machine, at least four pintle flanges attached to said first side of said head wherein said at least four pintle flanges have sloped slots, characterised in that the pay-out machine further comprises: at least four finger wedges positioned respectively in said sloped slots of said at least four pintle flanges and wherein said at least four finger wedges respectively have at least four threaded receptors and wherein said at least four finger wedges respectively have at least four corresponding slopes to match said sloped slots of said at least four pintle flanges, at least four threaded screws axially connecting said at least four threaded receptors of said at least four finger wedges to said at least four pintle flanges; and wherein the at least four threaded screws' respective rotation are adapted to keep said cardboard coil package concentric while unwrapping elongated materials from said pay-out machine. at least four finger wedges positioned respectively in said sloped slots of said at least four pintle flanges and wherein said at least four finger wedges respectively have at least four threaded receptors and wherein said at least four finger wedges respectively have at least four corresponding slopes to match said sloped slots of said at least four pintle flanges, at least four threaded screws axially connecting said at least four threaded receptors of said at least four finger wedges to said at least four pintle flanges; and wherein the at least four threaded screws' respective rotation are adapted to keep said cardboard coil package concentric while unwrapping elongated materials from said pay-out machine.
An exhaust emission control device, comprising: a filter provided in an exhaust path of an engine and collecting particulate matter in exhaust gas; a downstream exhaust path provided downstream of the filter; a proximal thermosensor provided in proximity to a downstream end surface of a core portion of a cross-sectional surface in a radial direction of the filter and that detects a proximal temperature (t n) of the exhaust gas that passed through the core portion; the exhaust emission control device being characterised in that it further comprises: an entire-area thermosensor provided in a center of the downstream exhaust path in a cross-section in a radial direction of the downstream exhaust path and that detects an entire-area temperature (t f) of a mixture of a first exhaust gas stream that passed through a peripheral portion and a second exhaust gas stream that passed through a core portion in a cross-sectional surface in a radial direction of the filter; and calculating means that calculates a peripheral temperature (T o) of the peripheral portion of the filter, based on the proximal temperature (t n) detected by the proximal thermosensor and the entire-area temperature (t f) detected by the entire-area thermosensor. a filter provided in an exhaust path of an engine and collecting particulate matter in exhaust gas; a downstream exhaust path provided downstream of the filter; a proximal thermosensor provided in proximity to a downstream end surface of a core portion of a cross-sectional surface in a radial direction of the filter and that detects a proximal temperature (t n) of the exhaust gas that passed through the core portion; the exhaust emission control device being characterised in that it further comprises: an entire-area thermosensor provided in a center of the downstream exhaust path in a cross-section in a radial direction of the downstream exhaust path and that detects an entire-area temperature (t f) of a mixture of a first exhaust gas stream that passed through a peripheral portion and a second exhaust gas stream that passed through a core portion in a cross-sectional surface in a radial direction of the filter; and calculating means that calculates a peripheral temperature (T o) of the peripheral portion of the filter, based on the proximal temperature (t n) detected by the proximal thermosensor and the entire-area temperature (t f) detected by the entire-area thermosensor.
A surgical device, comprising: a proximal handle portion; a first elongate shaft extending distally from the proximal handle portion; a second elongate shaft extending distally from the proximal handle portion and being disposed within a first passageway of the first elongate shaft; a third elongate shaft extending distally from the proximal handle portion and being disposed within a second passageway of the second elongate shaft; a first jaw having a proximal end operatively connected to a distal end of the first elongate shaft; and a second jaw having a proximal end operatively connected to a distal end of the second elongate shaft, the first and second elongate shafts being configured to simultaneously rotate about a longitudinal axis of the third elongate shaft with the third elongate shaft being stationary relative thereto, the rotation of the first and second elongate shafts angularly orienting the first and second jaws so as to change the angles between the first and second jaws and the longitudinal axis of the third elongate shaft. a proximal handle portion; a first elongate shaft extending distally from the proximal handle portion; a second elongate shaft extending distally from the proximal handle portion and being disposed within a first passageway of the first elongate shaft; a third elongate shaft extending distally from the proximal handle portion and being disposed within a second passageway of the second elongate shaft; a first jaw having a proximal end operatively connected to a distal end of the first elongate shaft; and a second jaw having a proximal end operatively connected to a distal end of the second elongate shaft, the first and second elongate shafts being configured to simultaneously rotate about a longitudinal axis of the third elongate shaft with the third elongate shaft being stationary relative thereto, the rotation of the first and second elongate shafts angularly orienting the first and second jaws so as to change the angles between the first and second jaws and the longitudinal axis of the third elongate shaft.
Fuel filter having a filter element for filtering particles and water out of a fuel flowing through the fuel filter, and having a dewatering means for discharging the filtered-out water out of the fuel filter, and wherein the dewatering means is formed with a semipermeable membrane which is permeable to water, the membrane lying areally on a support which simultaneously forms a porous element for the evaporation of the discharged water, characterized in that the dewatering means is formed with two semipermeable and hydrophilic membranes which are permeable to water, wherein the two semipermeable, hydrophilic membranes delimit an intermediate space in a housing of the dewatering means.