mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for controlling exhaust gas purification for a diesel engine, comprising: an exhaust gas purification apparatus which has an exhaust gas purification mechanism to purify exhaust gas components; a sensor (12,13,14,15) which detects an engine operating condition; and an air excess rate controlling unit which controls an air excess rate, wherein, based on a detected warmed state of the engine, the air excess rate controlling unit controls the air excess rate to a target air excess rate set based on the detected engine operating condition, and wherein, during a time that the engine is not in a warmed state and an engine power exceeds a predetermined value, the air excess rate controlling unit controls the air excess rate to a first air excess rate larger than the target air excess rate, and wherein, during a time that the engine is not in a warmed state and an engine power is less than the predetermined value, the air excess rate controlling unit controls the air excess rate to a second air excess rate that is smaller than the first air excess rate. an exhaust gas purification apparatus which has an exhaust gas purification mechanism to purify exhaust gas components; a sensor (12,13,14,15) which detects an engine operating condition; and an air excess rate controlling unit which controls an air excess rate, wherein, based on a detected warmed state of the engine, the air excess rate controlling unit controls the air excess rate to a target air excess rate set based on the detected engine operating condition, and wherein, during a time that the engine is not in a warmed state and an engine power exceeds a predetermined value, the air excess rate controlling unit controls the air excess rate to a first air excess rate larger than the target air excess rate, and wherein, during a time that the engine is not in a warmed state and an engine power is less than the predetermined value, the air excess rate controlling unit controls the air excess rate to a second air excess rate that is smaller than the first air excess rate.
A device for delivering a drug depot at or near a nerve site comprising the sciatic nerve beneath the skin of a patient, the device comprising: a cannula having a proximal end and a distal end, the proximal end of the cannula having an opening to receive the drug depot, the distal end of the cannula capable of insertion at or near the nerve site beneath the skin of the patient and having a side port opening for delivery of the drug depot and an index marker at the proximal end of the cannula, the index marker paraller to and aligned with the side port opening; a plunger being slidably receivable within the opening of the proximal end of the cannula, the plunger having a first end and a tip at a second end, the first end being capable of moving the tip of the plunger to an extended position; a nerve sensing unit disposed on or within the device, the nerve sensing unit comprising an electrical contact material configured to receive electrical impulses from the nerve site so as to detect the nerve. a cannula having a proximal end and a distal end, the proximal end of the cannula having an opening to receive the drug depot, the distal end of the cannula capable of insertion at or near the nerve site beneath the skin of the patient and having a side port opening for delivery of the drug depot and an index marker at the proximal end of the cannula, the index marker paraller to and aligned with the side port opening; a plunger being slidably receivable within the opening of the proximal end of the cannula, the plunger having a first end and a tip at a second end, the first end being capable of moving the tip of the plunger to an extended position; a nerve sensing unit disposed on or within the device, the nerve sensing unit comprising an electrical contact material configured to receive electrical impulses from the nerve site so as to detect the nerve.
An implant band tensioner comprising: a shank configured to secure the band tensioner to a first bony element; a head secured to an end of the shank; and a tensioning mechanism disposed within the head and configured to lengthen and shorten a flexible implant relative to the head of the implant band tensioner, wherein the tensioning mechanism includes a band shaft and a drive gear characterized in that the tensioning mechanism further includes a retainer that is received within the head and engaged with the band shaft and the drive gear to secure the band shaft and the drive gear within the head. a shank configured to secure the band tensioner to a first bony element; a head secured to an end of the shank; and a tensioning mechanism disposed within the head and configured to lengthen and shorten a flexible implant relative to the head of the implant band tensioner, wherein the tensioning mechanism includes a band shaft and a drive gear characterized in that the tensioning mechanism further includes a retainer that is received within the head and engaged with the band shaft and the drive gear to secure the band shaft and the drive gear within the head.
Heating control and/or regulation device with - a number of power outputs, to each of which a heating element, especially a radiant heater, is able to be connected electrically, - a power input, which is able to be connected electrically to a power supply for the heating elements, - a power distribution device, which is connected electrically on the input side to the power input and is connected electrically on the output side via a branch in each case to the power outputs, in order to supply these with electric power from the power supply, - a respective switching element either in each of the branches or between the power outputs and the heating elements, - a control and/or regulation unit, which is configured such that it controls and/or regulates the switching state of the switching elements as a function of required values, - an interface for receiving the required values, characterised in that - it has at least one additional connection for a temperature measurement device for actual values of a temperature, and that - the control and/or regulation unit is configured such that it acquires the actual values of the temperature from the temperature measurement device and additionally controls and/or regulates the switching state of the switching elements as a function of these actual values of the temperature. - a number of power outputs, to each of which a heating element, especially a radiant heater, is able to be connected electrically, - a power input, which is able to be connected electrically to a power supply for the heating elements, - a power distribution device, which is connected electrically on the input side to the power input and is connected electrically on the output side via a branch in each case to the power outputs, in order to supply these with electric power from the power supply, - a respective switching element either in each of the branches or between the power outputs and the heating elements, - a control and/or regulation unit, which is configured such that it controls and/or regulates the switching state of the switching elements as a function of required values, - an interface for receiving the required values, characterised in that - it has at least one additional connection for a temperature measurement device for actual values of a temperature, and that - the control and/or regulation unit is configured such that it acquires the actual values of the temperature from the temperature measurement device and additionally controls and/or regulates the switching state of the switching elements as a function of these actual values of the temperature.
Assembly for an aircraft, said assembly comprising: - a pylon extending in a longitudinal direction and comprising a frame and two lateral walls arranged on either side of the frame, each pierced with an aperture, - at least one reservoir (102a-b) comprising fastening means, - a hooking system arranged to suspend the or each reservoir (102a-b) inside the pylon facing the apertures, characterized in that said assembly comprises: - for each reservoir (102a-b), a carriage having a cradle intended to receive the reservoir (102a-b), the carriage being mounted inside the frame so as to be movable in translation with respect to the frame parallel to a translation direction generally parallel to the longitudinal direction alternately between an installation position, in which the carriage is arranged in such a way that the cradle is facing the apertures and is under the reservoir (102a-b), and a use position, in which the carriage is arranged in such a way that the cradle is not facing the apertures, - for each reservoir (102a-b), fastening elements which fasten the fastening means of the reservoir (102a-b) to the cradle, and - for each carriage, a locking system alternately adopting a locking position, in which the locking system immobilizes the carriage in the use position, or a free position, in which the locking system does not immobilize the carriage. - a pylon extending in a longitudinal direction and comprising a frame and two lateral walls arranged on either side of the frame, each pierced with an aperture, - at least one reservoir (102a-b) comprising fastening means, - a hooking system arranged to suspend the or each reservoir (102a-b) inside the pylon facing the apertures, - for each reservoir (102a-b), a carriage having a cradle intended to receive the reservoir (102a-b), the carriage being mounted inside the frame so as to be movable in translation with respect to the frame parallel to a translation direction generally parallel to the longitudinal direction alternately between an installation position, in which the carriage is arranged in such a way that the cradle is facing the apertures and is under the reservoir (102a-b), and a use position, in which the carriage is arranged in such a way that the cradle is not facing the apertures, - for each reservoir (102a-b), fastening elements which fasten the fastening means of the reservoir (102a-b) to the cradle, and - for each carriage, a locking system alternately adopting a locking position, in which the locking system immobilizes the carriage in the use position, or a free position, in which the locking system does not immobilize the carriage.
A wiper for wiping a cosmetic applicator, having a first component, in particular a holding section, for affixing the wiper to a cosmetic receptacle, and having at least two wiper arms (3, 3a), which are positioned thereon and perform a wiping action; at least one of the wiper arms (3, 3a) is fastened to the first component, in particular the holding section, by means of at least one hinge, characterized in that the at least one hinge, preferably all of the hinges is/are respectively associated with at least one spring element, which presses the respective wiper arm (3, 3a) in the direction toward its closed position.
An acceleration management method, comprising: separately receiving acceleration device information of all acceleration devices of each of at least one acceleration node reported by the acceleration node, wherein each acceleration node comprises at least one acceleration device, and the acceleration device information comprises an acceleration type and an algorithm type; obtaining an invocation request sent by a client, wherein the invocation request is used to invoke an acceleration device to accelerate a service of the client, and the invocation request comprises a target acceleration type and a target algorithm type; querying the acceleration device information to determine, from all the acceleration devices of the at least one acceleration node, a target acceleration device matching the invocation request; and instructing a target acceleration node on which the target acceleration device is located to respond to the invocation request. separately receiving acceleration device information of all acceleration devices of each of at least one acceleration node reported by the acceleration node, wherein each acceleration node comprises at least one acceleration device, and the acceleration device information comprises an acceleration type and an algorithm type; obtaining an invocation request sent by a client, wherein the invocation request is used to invoke an acceleration device to accelerate a service of the client, and the invocation request comprises a target acceleration type and a target algorithm type; querying the acceleration device information to determine, from all the acceleration devices of the at least one acceleration node, a target acceleration device matching the invocation request; and instructing a target acceleration node on which the target acceleration device is located to respond to the invocation request.
An oral care composition comprising: (a) a composite particle active; and (b) a carrier wherein the composite particle active comprises a first component core for physically whitening teeth, and a second component coating comprises the element calcium that reacts with phosphate ions to produce a calcium and phosphate in situ reaction product that adheres to tooth enamel, dentin or both and that is a precursor for hydroxyapatite formation; and wherein the core comprises silica, titanium dioxide, zinc oxide, mica, calcium carbonate or a mixture thereof, and the second component coating comprises calcium silicate. (a) a composite particle active; and (b) a carrier
A humidifier for use in a pressure support system, the humidifier comprising: a holding chamber; a humidification chamber positioned adjacent to the holding chamber, the humidification chamber defining a flow path between a gas inlet and a gas outlet, the gas inlet being configured to receive a flow of gas into the humidification chamber and the gas outlet configured to release the flow of gas from the humidification chamber; a heating element configured to controllably elevate the temperature of fluid within the humidification chamber to heat liquid within the humidification chamber without substantially elevating the temperature of fluid within the holding chamber, such that the flow of gas through the humidification chamber from the gas inlet to the gas outlet is humidified by the heated liquid; and a partition configured to divide the humidification chamber from the holding chamber, wherein the partition defines an opening between the humidification chamber and the holding chamber such that fluid is communicated between the humidification chamber and the holding chamber through the opening, and wherein the opening is formed such that the partition and liquid held in the humidification chamber isolate the flow path formed by humidification chamber from the holding chamber causing the flow of gas through the humidification chamber to result in pressurization of the humidification chamber that reduces the level of liquid within the humidification chamber to a level that is substantially lower than the level of liquid in the holding chamber. a holding chamber; a humidification chamber positioned adjacent to the holding chamber, the humidification chamber defining a flow path between a gas inlet and a gas outlet, the gas inlet being configured to receive a flow of gas into the humidification chamber and the gas outlet configured to release the flow of gas from the humidification chamber; a heating element configured to controllably elevate the temperature of fluid within the humidification chamber to heat liquid within the humidification chamber without substantially elevating the temperature of fluid within the holding chamber, such that the flow of gas through the humidification chamber from the gas inlet to the gas outlet is humidified by the heated liquid; and a partition configured to divide the humidification chamber from the holding chamber, wherein the partition defines an opening between the humidification chamber and the holding chamber such that fluid is communicated between the humidification chamber and the holding chamber through the opening, and wherein the opening is formed such that the partition and liquid held in the humidification chamber isolate the flow path formed by humidification chamber from the holding chamber causing the flow of gas through the humidification chamber to result in pressurization of the humidification chamber that reduces the level of liquid within the humidification chamber to a level that is substantially lower than the level of liquid in the holding chamber.
A virtual image display device comprising: a first projection optical system configured to project image light formed by a drawing device; an intermediate screen configured to diffuse light at a projection position by the first projection optical system; a second projection optical system configured to enlarge and project an intermediate image formed on the intermediate screen, wherein the second projection optical system is configured to convert the intermediate image into a virtual image; and a drive unit configured to rotate the intermediate screen around a reference axis to move a functional area of the intermediate screen in an optical axis direction, wherein the intermediate screen has a three-dimensional shape portion whose position of the functional area in the optical axis direction changes by rotation, wherein the intermediate screen is supported by a rotating body including the 3D shape portion, wherein the rotating body has an equal thickness in the optical axis direction. a first projection optical system configured to project image light formed by a drawing device; an intermediate screen configured to diffuse light at a projection position by the first projection optical system; a second projection optical system configured to enlarge and project an intermediate image formed on the intermediate screen, wherein the second projection optical system is configured to convert the intermediate image into a virtual image; and a drive unit configured to rotate the intermediate screen around a reference axis to move a functional area of the intermediate screen in an optical axis direction, wherein the intermediate screen has a three-dimensional shape portion whose position of the functional area in the optical axis direction changes by rotation, wherein the intermediate screen is supported by a rotating body including the 3D shape portion, wherein the rotating body has an equal thickness in the optical axis direction.
A device for marking a moulded form with patterning comprising: a marking module locatable in a mould; a phase change actuator containing a phase change material in the marking module, and a heating element for heating the phase change material wherein the heating element comprises a vertical heating element, wherein the vertical heating element envelops the phase change material. a marking module locatable in a mould; a phase change actuator containing a phase change material in the marking module, and a heating element for heating the phase change material wherein the heating element comprises a vertical heating element, wherein the vertical heating element envelops the phase change material.
A photonics system including: an optical die, comprising: - a transmit photonics module configured to emit light; - a receive photonics module; - a transmit waveguide coupled to the transmit photonics module; and - a receive waveguide, coupled to the receive photonics module, characterized by further including: - a first optical switch integrated with the transmit waveguide; - a diagnostics waveguide optically coupled to the first optical switch, wherein the diagnostics waveguide is an on-die optical loopback waveguide; - a second optical switch integrated with the receive waveguide and optically coupled to the diagnostics waveguide; and - at least one tap optically coupled to the diagnostics waveguide. an optical die, comprising: - a transmit photonics module configured to emit light; - a receive photonics module; - a transmit waveguide coupled to the transmit photonics module; and - a receive waveguide, coupled to the receive photonics module, - a transmit photonics module configured to emit light; - a receive photonics module; - a transmit waveguide coupled to the transmit photonics module; and - a receive waveguide, coupled to the receive photonics module, characterized by further including: - a first optical switch integrated with the transmit waveguide; - a diagnostics waveguide optically coupled to the first optical switch, wherein the diagnostics waveguide is an on-die optical loopback waveguide; - a second optical switch integrated with the receive waveguide and optically coupled to the diagnostics waveguide; and - at least one tap optically coupled to the diagnostics waveguide. - a first optical switch integrated with the transmit waveguide; - a diagnostics waveguide optically coupled to the first optical switch, wherein the diagnostics waveguide is an on-die optical loopback waveguide; - a second optical switch integrated with the receive waveguide and optically coupled to the diagnostics waveguide; and - at least one tap optically coupled to the diagnostics waveguide.
A polyolefin microporous membrane, which has a membrane thickness of 5 to 24 μm, a void content of 40 to 60%, a gas transmission rate of 40 to 300 sec/100cc/20μm, a piercing strength of not less than 2.5N/20μm and a break through temperature of not lower than 110°C and which has an intrinsic viscosity [η] of from 3.5 to 8 dl/g, wherein the intrinsic viscosity [η] is measured in a decalin solvent at 135°C according to ASTM D4020.
A fixture for repairing a fan blade, comprising: a base having a first side, a second side, a tip end, and a foot end; a first support coupled at the first side and perpendicular to the base; a second support coupled at the second side and perpendicular to the base; and a footboard, perpendicular to the base, coupled orthogonally between the first support and the second support at the foot end of the base, wherein the footboard comprises a rotatable chuck adapted to receive the foot of a fan blade, wherein the first support comprises a first rail and the second support comprises a second rail, wherein the first rail comprises a first channel and the second rail comprises a second channel, a crossbar coupled to the first rail at a first end by a first fastener and to the second rail at a second end by a second fastener, wherein the first end comprises a third channel, wherein the first fastener is disposed through the first channel and the third channel and wherein the second fastener is disposed through the second channel. a base having a first side, a second side, a tip end, and a foot end; a first support coupled at the first side and perpendicular to the base; a second support coupled at the second side and perpendicular to the base; and a footboard, perpendicular to the base, coupled orthogonally between the first support and the second support at the foot end of the base, wherein the footboard comprises a rotatable chuck adapted to receive the foot of a fan blade, wherein the first support comprises a first rail and the second support comprises a second rail, wherein the first rail comprises a first channel and the second rail comprises a second channel, a crossbar coupled to the first rail at a first end by a first fastener and to the second rail at a second end by a second fastener, wherein the first end comprises a third channel, wherein the first fastener is disposed through the first channel and the third channel and wherein the second fastener is disposed through the second channel.
A crystalline form of 6,6'-[[3,3',5,5'-tetrakis(1,1-dimethylethyl)-[1,1'-biphenyl]-2,2'-diyl]bis(oxy)]bisdibenzo[d,f][1,3,2]-dioxaphosphepin, which displays its two strongest reflections, stated as 2Θ values, at 7.8 ± 0.2° and 19.7 ± 0.2° in an X-ray powder diffractogram, measured at 25°C with Cu-Kα radiation, whereby the background-corrected peak intensities are judged as strong, medium or weak, wherein strong is greater than 60% of the maximum intensity of the highest peak, medium is 30-59%, and weak is less than 29%; wherein the crystalline form is solvent-free; and wherein the crystalline form has a melting point of 202-208°C, as determined by DSC.