mhurhangee/patent-ind-claim-en huggingface dataset:
A system for blade health monitoring, comprising: a health monitoring processor configured to transmit an excitation control signal; an excitation actuator configured to receive the excitation control signal and create a force based on the excitation control signal, wherein the force is configured to excite a vibratory response in a fan blade ; and a health monitoring sensor configured to measure the vibratory response of the fan blade , and generate a blade displacement data based on the measured vibratory response, characterised in that the system is for blade health monitoring of a gas turbine engine , the health monitoring processor is configured to transmit the excitation control signal during operation of the gas turbine engine , the excitation actuator is located in and/or coupled to a nacelle of the gas turbine engine in a forward position from the fan blade , and the excitation actuator comprises a high frequency valve , an actuator passage and a force outlet . a health monitoring processor configured to transmit an excitation control signal; an excitation actuator configured to receive the excitation control signal and create a force based on the excitation control signal, wherein the force is configured to excite a vibratory response in a fan blade ; and a health monitoring sensor configured to measure the vibratory response of the fan blade , and generate a blade displacement data based on the measured vibratory response, characterised in that the system is for blade health monitoring of a gas turbine engine , the health monitoring processor is configured to transmit the excitation control signal during operation of the gas turbine engine , the excitation actuator is located in and/or coupled to a nacelle of the gas turbine engine in a forward position from the fan blade , and the excitation actuator comprises a high frequency valve , an actuator passage and a force outlet .
Connection device providing connection between a wiper blade and a driving arm for a vehicle, comprising a base adapter and at least a first adapter , this base adapter being equipped with at least one pivot member intended to connect it to a connector , the base adapter being configured to connect this connector to a first type of driving arm, the base adapter and the first adapter each having a U-shaped cross section formed of two lateral walls connected by an upper wall , at least one lateral wall of the base adapter comprising at least one clearance which accepts a lateral wall of the first adapter , this connection device being characterized in that each lateral wall of the base adapter and the first adapter comprises bearing zones , these bearing zones being rectangular strips projecting from the external faces of the lateral walls .
A pharmaceutical composition for treating an ocular condition, comprising A) a biodegradable polymer matrix; and B) at least one therapeutic agent for treating said ocular condition which is homogenously dispersed within the polymer matrix; wherein the biodegradable polymer matrix contains a mixture of polymers comprising i) from about 15% to about 35% of an ester end-capped biodegradable poly(D,L-lactide) homopolymer having an inherent viscosity of 0.25 to 0.35 dL/g measured at 0.1% w/v in CHCl 3 at 25°C with an Ubbelohde size 0c glass capillary viscometer; and ii) from about 65% to about 85% of an ester end-capped biodegradable poly(D,L-lactide) homopolymer having an inherent viscosity of 1.8 to 2.2 dL/g measured at 0.1% w/v in CHCl 3 at 25°C with an Ubbelohde size 0c glass capillary viscometer. A) a biodegradable polymer matrix; and B) at least one therapeutic agent for treating said ocular condition which is homogenously dispersed within the polymer matrix; i) from about 15% to about 35% of an ester end-capped biodegradable poly(D,L-lactide) homopolymer having an inherent viscosity of 0.25 to 0.35 dL/g measured at 0.1% w/v in CHCl 3 at 25°C with an Ubbelohde size 0c glass capillary viscometer; and ii) from about 65% to about 85% of an ester end-capped biodegradable poly(D,L-lactide) homopolymer having an inherent viscosity of 1.8 to 2.2 dL/g measured at 0.1% w/v in CHCl 3 at 25°C with an Ubbelohde size 0c glass capillary viscometer.
Method for automatic calibration of vertical rollers of a vertical roll stand , which are each mounted in a vertical roller unit which is adjustable with respect to a predetermined centre line of a plurality of components arranged in a rolling train, characterised in that the method comprises the following method steps: a) adjusting the vertical roller units into a calibration setting transversely to the centre line against at least one stationary abutment, which has a defined known position with respect to the centre line , of the vertical roll stand , b) calculating a calibrated initial spacing A kal between an outer edge , which faces towards a rolling material or the centre line , of a vertical roller and the centre line in the calibrating setting and c) adjustment of the vertical roller units into a defined operating setting. a) adjusting the vertical roller units into a calibration setting transversely to the centre line against at least one stationary abutment, which has a defined known position with respect to the centre line , of the vertical roll stand , b) calculating a calibrated initial spacing A kal between an outer edge , which faces towards a rolling material or the centre line , of a vertical roller and the centre line in the calibrating setting and c) adjustment of the vertical roller units into a defined operating setting.
A mop bucket flocculation system , comprising: a vessel comprising: an open top ; a sidewall comprising a water-impermeable material; a first bottom comprising the water-impermeable material; a second bottom comprising a floc filter , wherein the floc filter comprises a mesh screen configured to pass flocs and prevent the passage of a cleaning tool, said cleaning tool being a mop ; and a floc trap below the second bottom , the floc trap comprising a space defined by the sidewall , the first bottom , and the floc filter 121, 321, 427, 527), characterized in that : a flocculant is coated and/or impregnated on the sidewall or the first bottom , so that the flocculant is released when exposed to or submerged in water. a vessel comprising: an open top ; a sidewall comprising a water-impermeable material; a first bottom comprising the water-impermeable material; a second bottom comprising a floc filter , wherein the floc filter comprises a mesh screen configured to pass flocs and prevent the passage of a cleaning tool, said cleaning tool being a mop ; and a floc trap below the second bottom , the floc trap comprising a space defined by the sidewall , the first bottom , and the floc filter 121, 321, 427, 527), an open top ; a sidewall comprising a water-impermeable material; a first bottom comprising the water-impermeable material; a second bottom comprising a floc filter , wherein the floc filter comprises a mesh screen configured to pass flocs and prevent the passage of a cleaning tool, said cleaning tool being a mop ; and a floc trap below the second bottom , the floc trap comprising a space defined by the sidewall , the first bottom , and the floc filter 121, 321, 427, 527), characterized in that : a flocculant is coated and/or impregnated on the sidewall or the first bottom , so that the flocculant is released when exposed to or submerged in water.
A contact type telescopic guiding and positioning anti-collision protection system, comprising a guide shaft sleeve, a concentrated ball slide sleeve, a sliding shaft, a spring, a baffle, a contact type sensing assembly, a movable contact, a fixing ring and an optical lens, wherein the concentrated ball slide sleeve is mounted on an inner side face of the guide shaft sleeve, the sliding shaft penetrates through the concentrated ball slide sleeve and is connected to the fixing ring, the sliding shaft and the concentrated ball slide sleeve are in rolling friction, the optical lens is mounted on the fixing ring, the baffle is connected to the guide shaft sleeve, the spring is clamped between the baffle and the sliding shaft, the spring has a reset effect, the movable contact is clamped between the sliding shaft and the fixing ring, characterised in that the contact type sensing assembly is fixed to the guide shaft sleeve, and when the anti-collision protection system moves in a forward direction and is in contact with a surface of a sample, the movable contact and the sliding shaft synchronously move in a reverse direction till the movable contact is in contact with the contact type sensing assembly to trigger a contact signal.
A system for applying electrical stimulation to one or more locations within a brain of a patient, the system comprising: one or more stimulation leads for applying electrical stimulation pulses to tissue and for sensing neural activity; an implantable pulse generator for detecting neural activity using the one or more stimulation leads and for generating electrical pulses for application to neural tissue of the patient using the one or more stimulation leads, wherein the implantable pulse generator is adapted to detect cross-frequency coupling in sensed neuronal activity of two separate neural sites, to identify a frequency component of the cross-frequency coupling in a pathological frequency range, and to apply electrical pulses to one or more sites in the brain of the patient in response to identifying the frequency component of the cross-frequency coupling in the pathological frequency range. one or more stimulation leads for applying electrical stimulation pulses to tissue and for sensing neural activity; an implantable pulse generator for detecting neural activity using the one or more stimulation leads and for generating electrical pulses for application to neural tissue of the patient using the one or more stimulation leads, wherein the implantable pulse generator is adapted to detect cross-frequency coupling in sensed neuronal activity of two separate neural sites, to identify a frequency component of the cross-frequency coupling in a pathological frequency range, and to apply electrical pulses to one or more sites in the brain of the patient in response to identifying the frequency component of the cross-frequency coupling in the pathological frequency range.
Method wherein a jacket is applied to a product in strand form and the product in strand form to this end is fed to an apparatus which has a bath of a curable material , wherein a build-up zone within which the curable material is cured at least partially by means of at least one exposure source is configured in the bath , characterized in that the product in strand form is conveyed in a conveying direction (F) through the bath and through the build-up zone such that cured material is disposed on the product in strand form and as the jacket on the product in strand form is conveyed conjointly with the latter out of the bath .
A lighting device for vehicle , comprising: a main body unit which has a hole penetrating between a first end portion and a second end portion , and in which at least vicinity of the hole has electrical conductivity; a light emitting module which is provided in the first end portion of the main body unit , and has a light emitting element ; a holding unit which is provided inside the hole of the main body unit , has an insulation property, and an end portion on the second end portion side protrudes compared to a peripheral edge of the hole ; and a plurality of power feeding terminals of which one end are electrically connected to the light emitting module , have electrical conductivity, and stretch inside the holding unit , characterized in that the end portion of the holding unit on the second end portion side is provided with one concave portion (42b1), and the plurality of power feeding terminals protrude from a base (42b2) of the concave portion (42b1). a main body unit which has a hole penetrating between a first end portion and a second end portion , and in which at least vicinity of the hole has electrical conductivity; a light emitting module which is provided in the first end portion of the main body unit , and has a light emitting element ; a holding unit which is provided inside the hole of the main body unit , has an insulation property, and an end portion on the second end portion side protrudes compared to a peripheral edge of the hole ; and a plurality of power feeding terminals of which one end are electrically connected to the light emitting module , have electrical conductivity, and stretch inside the holding unit , characterized in that the end portion of the holding unit on the second end portion side is provided with one concave portion (42b1), and the plurality of power feeding terminals protrude from a base (42b2) of the concave portion (42b1).
An apparatus unit , comprising a first frame member and a second frame member forming a connection structure connecting a first connector of the first frame member to a second connector of the second frame member , wherein the first frame member comprises a first surface adjacent to the second frame member and used as a first connection surface of the connection structure, wherein an engaging support portion of the first frame member is disposed on a first opening portion of the first connection surface , the first connector is disposed on an inner side of the first connection surface inside the first frame member and does not protrude to the outside, the second frame member comprises a second surface adjacent to the first frame member and used as a second connection surface of the connection structure, wherein a first engaging portion of the second frame member is disposed on the second connection surface , the second connector is disposed on the second connection surface , a recessed portion of the first engaging portion is configured to engage a circumferential wall of the engaging support portion , so that the second frame member is configured to rotate by using an engaging position between the recessed portion and the circumferential wall of the engaging support portion as a pivot point, the first connector and the second connector are configured to be connected by rotating the second frame member towards the first frame member , and the apparatus unit is characterized in that the first connector and the second connector are floating connectors, the first frame member comprises a second opening portion on the first connection surface , the second frame member comprises a fixing mechanism having a movable claw serving as a second engaging portion , a flat plate and a slide block serving as an operation portion , the movable claw is in a hook shape, the flat plate is disposed inside the second frame member and is configured to be operated through the operation portion , such that the flat plate is configured to be movable in the direction of a short side of the second connection surface , the second engaging portion is mounted in the flat plate and is configured to protrude from the second connection surface to the outside, the operation portion is a movable portion configured to move the second engaging portion and the flat plate in the direction of the short side of the second connection surface , the second engaging portion is movable between a lock position and an unlock position, the operating portion is movable between an open position and a close position, the second engaging portion is configured to be inserted in the second opening portion to engage a circumferential wall of the second opening portion , the second opening portion is configured to allow insertion of the second engaging portion located in the unlock position, and when the first connector has been connected to the second connector , the second engaging portion is configured to engage the circumferential wall of the second opening portion by moving the second engaging portion to the lock position.
Copolymer covalently or physically connected to at least one active ingredient wherein the copolymer contains alternating hydrophobic and hydrophilic units, characterized in that the copolymer has a lower critical solution temperature (LCST value) of from 20°C to 90°C, contains or consists of a substantially linear main chain, and is substantially non-ionic, characterised in that the hydrophilic unit is defined by the formula -(CH 2 -CH 2 -O-)I with I = 2 to 20, and wherein the copolymer is characterised by a number average molecular weight Mn of from 2000 to 50000 g/mol, and wherein the LCST value concerns a temperature interval around the determined value of 30% or 20% of the particular value.
Composition comprising at least one fatty acid amide of diethanolamine (DEA) and from 15 to 80 wt% of fatty acid ester(s) and/or amide(s) of DEA oligomer, with respect to the total weight of the composition.
A clip for use in the construction of a reinforced concrete panel , the panel being reinforced by a mesh comprising a plurality of parallel line wires and a plurality of parallel cross-wires connected to the line wires, wherein the clip comprises: a base configured to detachably engage and lock at any point along a side wall that, in use, defines a formwork of the panel ; and a body extending from the base , the body being configured to retain a line wire or a cross-wire of the mesh in an operative position of the mesh, wherein the body retains the wire via a twist-lock action, wherein the base is configured to be retained by the side wall via a twist-lock action, wherein the body includes a passageway configured to receive an end section of the line wire and characterized in that the body includes a channel extending perpendicular to the passageway and positioned in relation to the passageway so that when the line wire is inserted into the passageway, the line wire can be rotated through 90 degrees to locate the cross-wire in and be cradled by the channel. a base configured to detachably engage and lock at any point along a side wall that, in use, defines a formwork of the panel ; and a body extending from the base , the body being configured to retain a line wire or a cross-wire of the mesh in an operative position of the mesh, wherein the body retains the wire via a twist-lock action, wherein the base is configured to be retained by the side wall via a twist-lock action, wherein the body includes a passageway configured to receive an end section of the line wire and characterized in that the body includes a channel extending perpendicular to the passageway and positioned in relation to the passageway so that when the line wire is inserted into the passageway, the line wire can be rotated through 90 degrees to locate the cross-wire in and be cradled by the channel.
A fluid printhead , comprising: a plurality of fluid ejection elements , each fluid ejection element comprising: a fluid chamber ; a throat portion through which fluid is provided to the fluid chamber ; a heater element disposed within the fluid chamber ; and a printhead condition detection element comprising: a stimulus node configured to receive a step voltage; a common first electrode formed by a cavitation layer that is common to each fluid chamber , the common first electrode is electrically connected to the stimulus node and is configured to receive the step voltage delivered by the stimulus node; a plurality of sense circuits each electrically connected to a corresponding one of a plurality of second electrodes respectively coupled to the plurality of fluid ejection elements and configured to output an indication of printhead condition based on the application of the step voltage to the common first electrode , a sense bus configured to receive an output from the plurality of sense circuits , and to output a digital low output upon a condition that fluid is present in at least one fluid chamber among the plurality of fluid chambers. a fluid chamber ; a throat portion through which fluid is provided to the fluid chamber ; a heater element disposed within the fluid chamber ; and a printhead condition detection element comprising: a stimulus node configured to receive a step voltage; a common first electrode formed by a cavitation layer that is common to each fluid chamber , the common first electrode is electrically connected to the stimulus node and is configured to receive the step voltage delivered by the stimulus node; a plurality of sense circuits each electrically connected to a corresponding one of a plurality of second electrodes respectively coupled to the plurality of fluid ejection elements and configured to output an indication of printhead condition based on the application of the step voltage to the common first electrode , a sense bus configured to receive an output from the plurality of sense circuits , and to output a digital low output upon a condition that fluid is present in at least one fluid chamber among the plurality of fluid chambers. a stimulus node configured to receive a step voltage; a common first electrode formed by a cavitation layer that is common to each fluid chamber , the common first electrode is electrically connected to the stimulus node and is configured to receive the step voltage delivered by the stimulus node; a plurality of sense circuits each electrically connected to a corresponding one of a plurality of second electrodes respectively coupled to the plurality of fluid ejection elements and configured to output an indication of printhead condition based on the application of the step voltage to the common first electrode , a sense bus configured to receive an output from the plurality of sense circuits , and to output a digital low output upon a condition that fluid is present in at least one fluid chamber among the plurality of fluid chambers.
A composition for applying to a honeycomb body, comprising: an inorganic powder batch composition comprising a cordierite forming glass powder and a cordierite grog, wherein the cordierite forming glass powder comprises, on an oxide percent basis, of: 49% to 55% SiO 2 ; 13% to 19% MgO; 26% to 36% Al 2 O 3 ; and a liquid vehicle; wherein the cordierite forming glass powder and the cordierite grog are present in the composition in a ratio grog : glass powder between 1:4 and 4:1 such that the composition can be sintered and ceramed at a temperature T < 950°C to provide a ceramed crystalline phase cordierite composition having a coefficient of thermal expansion (CTE) ≤ 25 x 10 -7 /°C at 1000°C. an inorganic powder batch composition comprising a cordierite forming glass powder and a cordierite grog, wherein the cordierite forming glass powder comprises, on an oxide percent basis, of: 49% to 55% SiO 2 ; 13% to 19% MgO; 26% to 36% Al 2 O 3 ; and 49% to 55% SiO 2 ; 13% to 19% MgO; 26% to 36% Al 2 O 3 ; and a liquid vehicle; wherein the cordierite forming glass powder and the cordierite grog are present in the composition in a ratio grog : glass powder between 1:4 and 4:1 such that the composition can be sintered and ceramed at a temperature T < 950°C to provide a ceramed crystalline phase cordierite composition having a coefficient of thermal expansion (CTE) ≤ 25 x 10 -7 /°C at 1000°C.