mhurhangee/ep-ind-claims huggingface dataset:
A method for reduction of a first coating in a post-treatment system, which system is intended to treat an exhaust flow arising from combustion in a combustion engine, said first coating being formed by an additive supplied to said post-treatment system by being supplied to a first catalyst for reduction of at least one first compound (NO x) in said exhaust flow, said first compound being a nitrogen oxide (NO x), where the method, at commencement of reduction of said first coating, comprises - raising a temperature in said post-treatment system, - halting said supply of additive, characterised by - controlling to a relatively high level (NO x _HIGH) a content of said first compound (NO x) delivered by said engine, said relatively high level (NO x _HIGH) being 1000 ppm or higher, and, during the reduction of said first coating, - determining a first content (H 1) of said first compound (NO x) at a location downstream of said first catalyst, and - taking a first remedial measure to reduce the content of said first compound (NO x) downstream of said first catalyst when said first content (H 1) is greater than a second content (H 2), where said first remedial measure comprises at least one of controlling a content of said first compound (NO x) delivered by said engine and supplying additive so that said first content (H 1) is below said second content (H 2). - raising a temperature in said post-treatment system, - halting said supply of additive, characterised by - controlling to a relatively high level (NO x _HIGH) a content of said first compound (NO x) delivered by said engine, said relatively high level (NO x _HIGH) being 1000 ppm or higher, and, during the reduction of said first coating, - determining a first content (H 1) of said first compound (NO x) at a location downstream of said first catalyst, and - taking a first remedial measure to reduce the content of said first compound (NO x) downstream of said first catalyst when said first content (H 1) is greater than a second content (H 2), where said first remedial measure comprises at least one of controlling a content of said first compound (NO x) delivered by said engine and supplying additive so that said first content (H 1) is below said second content (H 2).
A damper, in particular for movable furniture parts, comprising a housing having a cylindrical interior, in which a piston is displaceably guided, wherein the piston has at least one groove having a piston ring and the piston forms an end section adjacent to the groove, wherein the end section has a contour deviating from the circular shape in cross section, characterized in that the piston ring is closed per se and can be pushed in an elastically deformed position over the end section, the end section is formed essentially oval in cross section and the piston ring is produced from metal or plastic.
A surgical instrument for use in connection with a pneumatically powered tool, the surgical instrument comprising: a drive system configured to apply at least one actuation motion to the pneumatically powered tool upon receipt of a flow of gas under pressure; and a material storage member fluidically coupled to said drive system, said material storage member containing a material in (i) a liquid state that selectively vaporizes into the gas under pressure upon actuation of the drive system; or in (ii) a solid state that converts to a liquid state upon the addition of heat thereto and wherein the liquid state of the material vaporizes into the gas under pressure upon actuation of the drive system; wherein the material storage member comprises a cylinder and a discharge port in the cylinder; characterised by a membrane located within the cylinder to prevent passage of the material in the liquid state through the discharge port while permitting passage of the material in the vapor state through the discharge port. a drive system configured to apply at least one actuation motion to the pneumatically powered tool upon receipt of a flow of gas under pressure; and a material storage member fluidically coupled to said drive system, said material storage member containing a material in (i) a liquid state that selectively vaporizes into the gas under pressure upon actuation of the drive system; or in (ii) a solid state that converts to a liquid state upon the addition of heat thereto and wherein the liquid state of the material vaporizes into the gas under pressure upon actuation of the drive system; wherein the material storage member comprises a cylinder and a discharge port in the cylinder; characterised by a membrane located within the cylinder to prevent passage of the material in the liquid state through the discharge port while permitting passage of the material in the vapor state through the discharge port.
An apparatus for measuring convergence using a fiber Bragg grating sensor, being installed on a measurement target and thereby making it possible to measure a value of angular and gravitational acceleration displacement caused by deformation of the measurement target, the apparatus comprising: a main body that is installed on the measurement target; a fixture that is fixedly installed at the front of the main body; a rotator that is horizontally installed apart from the fixture at a predetermined distance and is rotatably installed in the main body using a bearing; an optical fiber that is adhered to upper outer surfaces of the fixture and the rotator so as to maintain a horizontally tensioned state; a fiber Bragg grating sensor that is installed on the optical fiber between the fixture and the rotator; characterized in that the rotator employs a circular wheel, and the apparatus further comprises a bob that is vertically connected with a lower portion of the rotator by means of a support having a predetermined length. a main body that is installed on the measurement target; a fixture that is fixedly installed at the front of the main body; a rotator that is horizontally installed apart from the fixture at a predetermined distance and is rotatably installed in the main body using a bearing; an optical fiber that is adhered to upper outer surfaces of the fixture and the rotator so as to maintain a horizontally tensioned state; a fiber Bragg grating sensor that is installed on the optical fiber between the fixture and the rotator; characterized in that the rotator employs a circular wheel, and the apparatus further comprises a bob that is vertically connected with a lower portion of the rotator by means of a support having a predetermined length.
A method of operation of a radio access node of a first Radio Access Technology, RAT, comprising at the radio access node: receiving a signal according to the first RAT; performing (100, 200) matched filtering of the received signal based on a known, repetitive waveform transmitted by access nodes of a second RAT, but sampled at a sampling rate used for the first RAT; and detecting (102, 202) transmissions of the known, repetitive waveform by access nodes of the second RAT based on results of the matched filtering.
An in-ear earphone comprising: a body configured to be placed at the entrance to or to be inserted at least in part into the auditory canal of a user's ear, the body housing an electro-acoustic driver and defining a passageway structure extending from the electro-acoustic driver to an opening in an outer surface of the body for allowing sound generated by the electro-acoustic driver to pass into the auditory canal of the user's ear; and a feedback microphone coupled to the body for providing a feedback signal to a signal processor, the feedback microphone comprising a sensing element positioned to sense pressure changes in the auditory canal of the user's ear to provide a feedback signal to a signal processor characterised in that the passageway structure comprises: a flow divider section positioned to receive forward-radiated sound from the electro-acoustic driver; an output passageway extending from the flow divider section to the opening in the body; and an unvented enclosure in fluid communication with the flow divider section and operative to provide an acoustic impedance in parallel to the output passageway. a body configured to be placed at the entrance to or to be inserted at least in part into the auditory canal of a user's ear, the body housing an electro-acoustic driver and defining a passageway structure extending from the electro-acoustic driver to an opening in an outer surface of the body for allowing sound generated by the electro-acoustic driver to pass into the auditory canal of the user's ear; and a feedback microphone coupled to the body for providing a feedback signal to a signal processor, the feedback microphone comprising a sensing element positioned to sense pressure changes in the auditory canal of the user's ear to provide a feedback signal to a signal processor characterised in that the passageway structure comprises: a flow divider section positioned to receive forward-radiated sound from the electro-acoustic driver; an output passageway extending from the flow divider section to the opening in the body; and an unvented enclosure in fluid communication with the flow divider section and operative to provide an acoustic impedance in parallel to the output passageway. a flow divider section positioned to receive forward-radiated sound from the electro-acoustic driver; an output passageway extending from the flow divider section to the opening in the body; and an unvented enclosure in fluid communication with the flow divider section and operative to provide an acoustic impedance in parallel to the output passageway.
Centring device, in particular for a bar which is fed from a bar loader to a machine tool, said centring device comprising: - a frame; - guide means provided with a hole to allow the passage of a bar along a centring axis and arranged on said frame with the possibility of rotating around said centring axis; - rocker arms coupled to said guide means, each of said rocker arms being rotatable on said frame around a fulcrum and being provided with a wheel for centring the bar; - coupling means configured to couple said guide means to said rocker arms so that a rotation of said guide means causes a displacement of the wheels of said rocker arms and that, due to the effect of said displacement, each wheel can assume at least one proximal position in which it is radially closer to said centring axis, and at least one distal position in which it is radially more distant from said centring axis, whereby the wheels define an adjustable passage for the bar which is narrower with the wheels in proximal position and is wider with the wheels in distal position; - actuator means to rotate said guide means at least to position said wheels selectively in said proximal and distal positions; characterized in that said coupling means comprises pin-groove coupling means. - a frame; - guide means provided with a hole to allow the passage of a bar along a centring axis and arranged on said frame with the possibility of rotating around said centring axis; - rocker arms coupled to said guide means, each of said rocker arms being rotatable on said frame around a fulcrum and being provided with a wheel for centring the bar; - coupling means configured to couple said guide means to said rocker arms so that a rotation of said guide means causes a displacement of the wheels of said rocker arms and that, due to the effect of said displacement, each wheel can assume at least one proximal position in which it is radially closer to said centring axis, and at least one distal position in which it is radially more distant from said centring axis, whereby the wheels define an adjustable passage for the bar which is narrower with the wheels in proximal position and is wider with the wheels in distal position; - actuator means to rotate said guide means at least to position said wheels selectively in said proximal and distal positions;
A solubilized polymer concentrate for use in reducing the fluid loss of an oil base well drilling or servicing fluid, the concentrate comprising: an oleaginous liquid; an organophilic polyphenolic material; and a polymer soluble in the oleaginous liquid, wherein the concentration of the polymer is from 0.0168 grams per milliliter (g/mL) of the oleaginous liquid to 0.0348 g/mL of the oleaginous liquid, and wherein the concentration of the organophilic polyphenolic material is from 0.1677 g/mL of the oleaginous liquid to 0.3482 g/mL of the oleaginous liquid. an oleaginous liquid; an organophilic polyphenolic material; and a polymer soluble in the oleaginous liquid, wherein the concentration of the polymer is from 0.0168 grams per milliliter (g/mL) of the oleaginous liquid to 0.0348 g/mL of the oleaginous liquid, and wherein the concentration of the organophilic polyphenolic material is from 0.1677 g/mL of the oleaginous liquid to 0.3482 g/mL of the oleaginous liquid.
A collector pipe for a heat exchanger device, wherein the collector pipe comprises an outflow opening, an inflow opening and several deflection openings and a collector pipe axis is formed in an axial longitudinal direction of the collector pipe, wherein the collector pipe comprises a separating element, the separating element being designed and arranged in the collector pipe in such a way that the separating element divides the collector pipe into an outflow region, in which the outflow opening is arranged, into an inflow region, in which the inflow opening is arranged, and into a first deflection region, in which the deflection openings are arranged, and the separating element is arranged with respect to the collector pipe axis in such a way that the separating element includes an angle (a) with the collector pipe axis, wherein a first end element is arranged at a first axial end of the collector pipe and / or a second end element is arranged at a second axial end of the collector pipe, the first and the second end element (16, 17) closing the collector pipe in a sealing manner characterized in that the separating element comprises a first end plate and the first end plate is designed and arranged in such a way that the first or the second end element (16, 17) and the first end plate form an overflow region and the first end plate separates the deflection region and the outflow region from the overflow region.
Method for verifying an engine torque estimation, comprising the steps of: - estimating the engine torque based on the amount of fuel injected into the engine, where the engine torque is obtained from a fuel injection table, - estimating a first vehicle weight value by a calculation based on acceleration of the vehicle and the estimated engine torque, characterized in that the method further comprises the steps of: - estimating an auxiliary brake torque by using an auxiliary brake table, - estimating a second vehicle weight value by a calculation based on the estimated auxiliary brake torque, - comparing the first vehicle weight value with the second vehicle weight value. - estimating the engine torque based on the amount of fuel injected into the engine, where the engine torque is obtained from a fuel injection table, - estimating a first vehicle weight value by a calculation based on acceleration of the vehicle and the estimated engine torque, - estimating an auxiliary brake torque by using an auxiliary brake table, - estimating a second vehicle weight value by a calculation based on the estimated auxiliary brake torque, - comparing the first vehicle weight value with the second vehicle weight value.
A separate adapter for disposition along an infusion set and for resting on an enteral feeding pump, the adapter comprising - a first connector for attaching an upstream intake tube of an infusion set to an upstream portion of a tube, the tube being configured for engaging a pump rotor with a looped portion which is disposed downstream the upstream portion and upstream a downstream portion; - a second connector for attaching a downstream output tube of the infusion set to the downstream portion of the tube, the second connector being attached to the first connector; and - an abutment member disposed adjacent to the first connector and the second connector, the abutment member being configured for deflecting a portion of the tube into a nonlinear position for increasing the accuracy of an optical signal sensor by exaggerating the expansion dowstream or contraction upstream along a tube portion, wherein the abutment member is disposed to engage the tube both at the upstream portion and at the downstream portion of the tube. - a first connector for attaching an upstream intake tube of an infusion set to an upstream portion of a tube, the tube being configured for engaging a pump rotor with a looped portion which is disposed downstream the upstream portion and upstream a downstream portion; - a second connector for attaching a downstream output tube of the infusion set to the downstream portion of the tube, the second connector being attached to the first connector; and - an abutment member disposed adjacent to the first connector and the second connector, the abutment member being configured for deflecting a portion of the tube into a nonlinear position for increasing the accuracy of an optical signal sensor by exaggerating the expansion dowstream or contraction upstream along a tube portion, wherein the abutment member is disposed to engage the tube both at the upstream portion and at the downstream portion of the tube.
Use of a latex composition for dip-forming the latex composition comprising: a dip-forming latex containing a copolymer containing 40 to 80% by weight of conjugated diene monomer units containing a butadiene unit and an isoprene unit, 10 to 45% by weight of ethylenically unsaturated nitrile monomer units, and 2 to 15% by weight of ethylenically unsaturated acid monomer units, the conjugated diene monomer units containing the butadiene unit and the isoprene unit at a weight ratio of 40:60 to 95:5 (butadiene unit:isoprene unit); and a sulfur crosslinking agent, wherein the dip-forming latex composition has a pH of 9.5 to 11, and a solid content concentration in a range of from 5 to 40% by weight. a dip-forming latex containing a copolymer containing 40 to 80% by weight of conjugated diene monomer units containing a butadiene unit and an isoprene unit, 10 to 45% by weight of ethylenically unsaturated nitrile monomer units, and 2 to 15% by weight of ethylenically unsaturated acid monomer units, the conjugated diene monomer units containing the butadiene unit and the isoprene unit at a weight ratio of 40:60 to 95:5 (butadiene unit:isoprene unit); and a sulfur crosslinking agent, wherein the dip-forming latex composition has a pH of 9.5 to 11, and a solid content concentration in a range of from 5 to 40% by weight.
A flexible hinge comprising: a tension spring having two ends and; a sliding element having a first segment, a second segment, and an ending between the first segment and the second segment, a spring tensioner having a spring fixing device at one end configured to engage with the other end of the tension spring; a fastener; characterized by a sliding element guide is provided comprising a third segment, a fourth segment, a middle segments between the third segment and the fourth segment, and a pair of slots (33A, 33B) in the middle segment, wherein the pair of slots (33A, 33B) are configured to allow the first and second segments of the sliding element to slide through, and wherein there is a first guide opening and a second guide opening in the third segment and the fourth segment respectively; a stop for stopping the longitudinal movement of the sliding element, wherein the stop passes through the first guide opening and second guide opening in the sliding element guide; and a bearing shield having a pair of bearing shield openings (71, 72), wherein the fastener goes through the bearing shield openings (71, 72) and the ending to engage the bearing shield with the rest of the flexible hinge wherein there is an opening near the end of one of the first and second segments, and wherein the opening is configured to engage with one end of the tension spring. a tension spring having two ends and; a sliding element having a first segment, a second segment, and an ending between the first segment and the second segment, a spring tensioner having a spring fixing device at one end configured to engage with the other end of the tension spring; a fastener; characterized by a sliding element guide is provided comprising a third segment, a fourth segment, a middle segments between the third segment and the fourth segment, and a pair of slots (33A, 33B) in the middle segment, wherein the pair of slots (33A, 33B) are configured to allow the first and second segments of the sliding element to slide through, and wherein there is a first guide opening and a second guide opening in the third segment and the fourth segment respectively; a stop for stopping the longitudinal movement of the sliding element, wherein the stop passes through the first guide opening and second guide opening in the sliding element guide; and a bearing shield having a pair of bearing shield openings (71, 72), wherein the fastener goes through the bearing shield openings (71, 72) and the ending to engage the bearing shield with the rest of the flexible hinge wherein there is an opening near the end of one of the first and second segments, and wherein the opening is configured to engage with one end of the tension spring.
A control assembly for controlling an electricity production/consumption system comprising electricity production sources and consumption sources connected via a distribution network, characterized by the fact that it comprises:. a control centre adapted to transmit modulation orders to controllable consumption units and to controllable electricity production sources, these orders corresponding to withdrawal or production orders respectively, based on alert data received from an external operator, on data representing the respective withdrawal potential of controllable consumption units and on data representing the respective production or reduced production even withdrawal potential of production sources,. at each controllable consumption unit, a module adapted to transmit data to the control centre updated in real time representing the respective withdrawal potential of the associated unit, and. at least at some controllable production sources, a module adapted to transmit data to the control centre updated in real time representing the respective production or reduced production even withdrawal of the associated source.. a control centre adapted to transmit modulation orders to controllable consumption units and to controllable electricity production sources, these orders corresponding to withdrawal or production orders respectively, based on alert data received from an external operator, on data representing the respective withdrawal potential of controllable consumption units and on data representing the respective production or reduced production even withdrawal potential of production sources,. at each controllable consumption unit, a module adapted to transmit data to the control centre updated in real time representing the respective withdrawal potential of the associated unit, and. at least at some controllable production sources, a module adapted to transmit data to the control centre updated in real time representing the respective production or reduced production even withdrawal of the associated source.