mhurhangee/ep-ind-claims huggingface dataset:
A side fire fiber laser comprising: at least one pair of reflectors (6A, 6B) coupled to an optical fiber, the at least one pair of reflectors defining an optical cavity between the at least one pair of reflectors and being configured to reflect light within the optical cavity; at least one light pump coupled to the optical fiber and configure to provide pump light into the optical cavity; at least one medium positioned within the optical cavity and configured to generate signal light from the pump light in the optical cavity; and at least one tilted grating positioned within the optical cavity and configured to form a line light source that couples said signal light out of the optical cavity as a broad line of light at a substantively constant intensity over the length of the tilted grating. at least one pair of reflectors (6A, 6B) coupled to an optical fiber, the at least one pair of reflectors defining an optical cavity between the at least one pair of reflectors and being configured to reflect light within the optical cavity; at least one light pump coupled to the optical fiber and configure to provide pump light into the optical cavity; at least one medium positioned within the optical cavity and configured to generate signal light from the pump light in the optical cavity; and at least one tilted grating positioned within the optical cavity and configured to form a line light source that couples said signal light out of the optical cavity as a broad line of light at a substantively constant intensity over the length of the tilted grating.
Method for setting up a communication connection between a calling A subscriber and a B subscriber to be called in a communication system, in particular a fixed telecommunications network and/or a mobile radio network and/or an Internet-protocol-based computer network or a combination of these networks, in which a numerical sequence is determined from a character string uniquely identifying the B subscriber to be called by means of a unique representation and a connection is set up using a call number of the B subscriber derived from this numerical sequence, characterized in that the representation is a hash function which is used to generate the numerical sequence from the character string, and in that the numerical sequence forms a basis of the call number, the numerical sequence being expanded by adding an international and/or national dialling code and/or a service identifier to the call number.
A therapeutically effective amount of balsalazide for use in treating a gastrointestinal disorder in a male subject in need of treatment, wherein the gastrointestinal disorder is ulcerative colitis, and wherein the balsalazide is administered to the subject between about 30 minutes prior to about 1 hour after consuming food.
A media cassette comprising: a cassette body defining a picking end and a handle end opposite the picking end, the cassette body including an engagement portion; and a removable lid coupled to the cassette body and defining a locking portion complementary to the engagement portion and configured to interlock therewith, characterised in that when the removable lid is removed and interlocked with the cassette body, the removable lid is maintained in an upright position and the cassette body is maintained at an angle to the removable lid to facilitate replenishment with media. a cassette body defining a picking end and a handle end opposite the picking end, the cassette body including an engagement portion; and a removable lid coupled to the cassette body and defining a locking portion complementary to the engagement portion and configured to interlock therewith,
A fluid calming member (18, 118) in the form of a shroud surrounding a bearing, wherein the fluid calming member comprises a porous metallic material.
Sprung suspension device of a driver's cab of a truck for providing suspension relative to a vehicle chassis, the suspension device comprising a plurality of spring and damper arrangements, arranged between driver's cab and vehicle chassis, for damping shocks and/or vibrations, characterized in that the suspension device comprises at least one pantograph, arranged between vehicle chassis and driver's cab and at the same time in the rear part of the driver's cab, for reducing the number of degrees of freedom of movement of the driver's cab relative to the vehicle chassis, and at least one connecting arm which is arranged perpendicularly with respect to the plane spanned by the joints (A-G) of a pantograph and serves to support the longitudinal force between the driver's cab and the vehicle chassis.
Process for the production of eugenol comprising the following steps: a/ drying of a wet biomass; b/ torrefaction of the biomass dried according to step a/ in a torrefaction reactor at an operating temperature of between 200°C and 310°C; c/ staged condensation of the vapours resulting from the torrefaction according to step b/, the condensation being carried out in at least two stages in series at temperatures of between 170 and 230°C in the first stage and between 110 and 130°C in the second stage, downstream of the first stage, the recovery of the liquid sugars being carried out at the outlet of the first stage, while the recovery of the liquid mixture consisting of the eugenol and of the other condensates is carried out at the outlet of the second; d/ purification of the mixture recovered according to step c/, in order to recover the eugenol, step d/ of purification of the eugenol being a liquid/liquid extraction or a distillation. a/ drying of a wet biomass; b/ torrefaction of the biomass dried according to step a/ in a torrefaction reactor at an operating temperature of between 200°C and 310°C; c/ staged condensation of the vapours resulting from the torrefaction according to step b/, the condensation being carried out in at least two stages in series at temperatures of between 170 and 230°C in the first stage and between 110 and 130°C in the second stage, downstream of the first stage, the recovery of the liquid sugars being carried out at the outlet of the first stage, while the recovery of the liquid mixture consisting of the eugenol and of the other condensates is carried out at the outlet of the second; d/ purification of the mixture recovered according to step c/, in order to recover the eugenol, step d/ of purification of the eugenol being a liquid/liquid extraction or a distillation.
A gas turbine engine, comprising: a first case for a combustor section of the gas turbine engine, having an inner surface that extends between a first case first end and a first case second end; and a combustor vane support lock coupled to a turbine vane support by a fastener that extends through the combustor vane support lock and is received within the turbine vane support disposed adjacent to the combustor vane support lock, both the combustor vane support lock and the turbine vane support disposed in the first case, the turbine vane support having a first portion located between the first case and a combustor of the combustor section, and a second portion located between a second case and a turbine vane of a turbine section of the gas turbine engine; characterised in that the gas turbine engine comprises a heat shield having a first heat shield end, a second heat shield end, an exterior surface that extends between the first heat shield end and the second heat shield end, and an interior surface disposed opposite the exterior surface that extends between the first heat shield end and the second heat shield end, the interior surface defines a rib that extends towards the combustor vane support lock, and the combustor vane support lock defines a slot configured to receive the rib of the heat shield. a first case for a combustor section of the gas turbine engine, having an inner surface that extends between a first case first end and a first case second end; and a combustor vane support lock coupled to a turbine vane support by a fastener that extends through the combustor vane support lock and is received within the turbine vane support disposed adjacent to the combustor vane support lock, both the combustor vane support lock and the turbine vane support disposed in the first case, the turbine vane support having a first portion located between the first case and a combustor of the combustor section, and a second portion located between a second case and a turbine vane of a turbine section of the gas turbine engine; characterised in that the gas turbine engine comprises a heat shield having a first heat shield end, a second heat shield end, an exterior surface that extends between the first heat shield end and the second heat shield end, and an interior surface disposed opposite the exterior surface that extends between the first heat shield end and the second heat shield end, the interior surface defines a rib that extends towards the combustor vane support lock, and the combustor vane support lock defines a slot configured to receive the rib of the heat shield.
Method for forming a steel ring for use as a carrier ring in a drive belt for a continuously variable transmission with two pulleys (1, 2) and the drive belt and including the steps of: - providing a strip of basic material with an initial thickness of about 0.4 mm; - bending the strip into a circular or ring shape, whereby distal ends of the strip are touching, or at least facing each other; - fixing the distal ends of the strip to each other by welding to form the steel ring, characterised in that the welding of the strip is carried out as or in a laser or a plasma-arc welding process in the following two phases: - a first phase wherein the distal ends of the strip are welded together from a fist starting position beyond a first axial side of the strip to a first finishing position located within the width of the strip and - a second phase wherein the distal ends of the strip are welded together from a second starting position beyond a second, opposite axial side of the strip to a second finishing position located within the width of the strip in-between the said first finishing position and the said first axial side of the strip; and, after welding, of - subjecting the steel ring to a rolling process in circumference direction, whereby the thickness thereof is reduced to less than 0.2 mm. - providing a strip of basic material with an initial thickness of about 0.4 mm; - bending the strip into a circular or ring shape, whereby distal ends of the strip are touching, or at least facing each other; - fixing the distal ends of the strip to each other by welding to form the steel ring, - a first phase wherein the distal ends of the strip are welded together from a fist starting position beyond a first axial side of the strip to a first finishing position located within the width of the strip and - a second phase wherein the distal ends of the strip are welded together from a second starting position beyond a second, opposite axial side of the strip to a second finishing position located within the width of the strip in-between the said first finishing position and the said first axial side of the strip; and, after welding, of - subjecting the steel ring to a rolling process in circumference direction, whereby the thickness thereof is reduced to less than 0.2 mm.
A method for controlling a variable displacement pump (2, 2a, 2b) applied to a machine, the pump driven by an engine, the pump discharge flow rate of which can be adjusted from the outside, having an actuator or actuators (1a, 1b,..., 1n) connected thereto through one or· more closed-center-type directional control valves (4a, 4b,..., 4n), the closed-center-type directional control valves controlling the variable displacement pump (2, 2a, 2b) in place of center-bypass-type directional control valves (4a, 4b,..., 4n), the method characterized by: detecting a real discharge flow rate of the variable displacement pump (2, 2a, 2b)and an operation amount of the directional control valves (4a, 4b,..., 4n); determining a first virtual discharge pressure from the real discharge flow rate of the variable displacement pump (2, 2a, 2b) based on characteristic curve defining the relation between discharge pressure and discharge flow rate of the variable displacement pump (2, 2a, 2b); using the real discharge flow rate of the variable displacement pump (2, 2a, 2b) as an actuator flow rate necessary for the actuators (1a, 1b,..., 1n), determining a virtual bleed-off flow rate based on a virtual bleed-off area of the closed-center-type directional control valves determined according to the operation amount, and determining a second virtual discharge pressure of the variable displacement pump (2, 2a, 2b) based on a value obtained by subtracting the actuator flow rate and the virtual bleed-off flow rate from a virtual discharge flow rate of the variable displacement pump (2, 2a, 2b); and controlling the variable displacement pump (2, 2a, 2b) based on a smaller value of the first virtual discharge pressure and the second virtual discharge pressure. detecting a real discharge flow rate of the variable displacement pump (2, 2a, 2b)and an operation amount of the directional control valves (4a, 4b,..., 4n); determining a first virtual discharge pressure from the real discharge flow rate of the variable displacement pump (2, 2a, 2b) based on characteristic curve defining the relation between discharge pressure and discharge flow rate of the variable displacement pump (2, 2a, 2b); using the real discharge flow rate of the variable displacement pump (2, 2a, 2b) as an actuator flow rate necessary for the actuators (1a, 1b,..., 1n), determining a virtual bleed-off flow rate based on a virtual bleed-off area of the closed-center-type directional control valves determined according to the operation amount, and determining a second virtual discharge pressure of the variable displacement pump (2, 2a, 2b) based on a value obtained by subtracting the actuator flow rate and the virtual bleed-off flow rate from a virtual discharge flow rate of the variable displacement pump (2, 2a, 2b); and controlling the variable displacement pump (2, 2a, 2b) based on a smaller value of the first virtual discharge pressure and the second virtual discharge pressure.
Use of a polymer composition for manufacturing a cap liner by compression molding, the polymer composition comprising: propylene present in a range of 80 to 95 wt% of the polymer composition; and two comonomers selected from a group comprising ethylene and C4-C10 alpha olefins, wherein the polymer composition has a total content of the comonomers in the range of 5 to 20 wt% of the polymer composition. propylene present in a range of 80 to 95 wt% of the polymer composition; and two comonomers selected from a group comprising ethylene and C4-C10 alpha olefins, wherein the polymer composition has a total content of the comonomers in the range of 5 to 20 wt% of the polymer composition.
A screw joint comprising a tubular element having a female thread and a tubular element having a male thread, wherein said male thread and said female thread have first contact surfaces that cooperate with each other, and the tubular elements preferably have second contact surfaces adjacent to said female thread and/or said male thread, wherein said first contact surfaces and, if applicable, said second contact surfaces each have a coating which has at least a first and a second layer, wherein said first layer is formed as a conversion layer in each case, characterised in that one of said first and, if applicable, second contact surfaces that cooperate with each other has a layer made of ceramic material with a friction reducing effect as a second layer and the other of the two contact surfaces that cooperate with each other has a varnish layer with a binding agent made of an organic polymer, throughout which solid lubricant particles are distributed, as a second layer.
A computer-implemented method for adaptively streaming multimedia content, the method comprising: determining that audio quality is to be adjusted for a multimedia streaming connection over which audio data and video data are being streamed to a content player, the audio data being streamed at a specified audio quality level and the video data being streamed at a specified video quality level; determining that a specified minimum video quality level is to be maintained while adjusting the audio quality level; and dynamically adjusting, according to bandwidth availability, the audio quality level of the multimedia streaming connection while maintaining the video quality level of the multimedia streaming connection at at least the specified minimum video quality level; wherein each of the audio quality level and the video quality level comprise a bit rate and further characterized in that dynamically adjusting the audio quality level comprises decreasing the audio quality level; and the audio quality level is dynamically decreased upon determining that network bandwidth for the multimedia streaming connection has dropped below a specified amount. determining that audio quality is to be adjusted for a multimedia streaming connection over which audio data and video data are being streamed to a content player, the audio data being streamed at a specified audio quality level and the video data being streamed at a specified video quality level; determining that a specified minimum video quality level is to be maintained while adjusting the audio quality level; and dynamically adjusting, according to bandwidth availability, the audio quality level of the multimedia streaming connection while maintaining the video quality level of the multimedia streaming connection at at least the specified minimum video quality level; wherein each of the audio quality level and the video quality level comprise a bit rate and further characterized in that dynamically adjusting the audio quality level comprises decreasing the audio quality level; and the audio quality level is dynamically decreased upon determining that network bandwidth for the multimedia streaming connection has dropped below a specified amount.
A system for a target image reconstruction, comprising: a stepped frequency laser transmitter configured to emit a first frequency waveform having a stepped frequency waveform, wherein the stepped frequency waveform is a waveform having different constant frequencies at different periods of time; a modulator configured to modulate the first frequency waveform emitted at each period of time with a modulation signal to output a second frequency waveform, wherein the second frequency waveform is increased for bandwidth and has the stepped frequency waveform; a transceiver configured to transmit the second frequency waveform to a target and to accept reflection of the second frequency waveform reflected from the target; a mixer configured to interfere the first frequency waveform and the reflection of the second frequency waveform to produce a beat signal of the interference of the first frequency waveform with the reflection of the second frequency waveform; and a signal processor (150, 330, 430, 840) configured to perform inverse convolution on the beat signal to form a target spectrum and to reconstruct an image (155, 208, 295, 970) of the target by the target spectrum. a stepped frequency laser transmitter configured to emit a first frequency waveform having a stepped frequency waveform, wherein the stepped frequency waveform is a waveform having different constant frequencies at different periods of time; a modulator configured to modulate the first frequency waveform emitted at each period of time with a modulation signal to output a second frequency waveform, wherein the second frequency waveform is increased for bandwidth and has the stepped frequency waveform; a transceiver configured to transmit the second frequency waveform to a target and to accept reflection of the second frequency waveform reflected from the target; a mixer configured to interfere the first frequency waveform and the reflection of the second frequency waveform to produce a beat signal of the interference of the first frequency waveform with the reflection of the second frequency waveform; and a signal processor (150, 330, 430, 840) configured to perform inverse convolution on the beat signal to form a target spectrum and to reconstruct an image (155, 208, 295, 970) of the target by the target spectrum.
A tire having a tread portion in which a first crown land portion and a second crown land portion are located so as to be adjacent to each other across a crown main groove, wherein a first crown axial groove is provided in the first crown land portion so as to traverse an overall width of the first crown land portion, a second crown lug groove is provided in the second crown land portion so as to extend from the crown main groove and terminate within the second crown land portion, an opening of the first crown axial groove at the crown main groove is located so as to at least partially overlap an opening of the second crown lug groove at the crown main groove in a tire circumferential direction, an intersection angle α formed by a longitudinal direction of the first crown axial groove and a longitudinal direction of the second crown lug groove is 120 to 150 degrees, and a first crown sipe is provided in the first crown land portion, characterized in that an angle γ of a longitudinal direction of the first crown sipe relative to the tire circumferential direction is smaller than an angle β of the longitudinal direction of the first crown axial groove relative to the tire circumferential direction, the first crown axial groove has an inner portion located at the crown main groove side and an outer portion located outward of the inner portion in a tire axial direction, and a groove depth of the outer portion is smaller than a groove depth of the inner portion. a first crown axial groove is provided in the first crown land portion so as to traverse an overall width of the first crown land portion, a second crown lug groove is provided in the second crown land portion so as to extend from the crown main groove and terminate within the second crown land portion, an opening of the first crown axial groove at the crown main groove is located so as to at least partially overlap an opening of the second crown lug groove at the crown main groove in a tire circumferential direction, an intersection angle α formed by a longitudinal direction of the first crown axial groove and a longitudinal direction of the second crown lug groove is 120 to 150 degrees, and a first crown sipe is provided in the first crown land portion, characterized in that an angle γ of a longitudinal direction of the first crown sipe relative to the tire circumferential direction is smaller than an angle β of the longitudinal direction of the first crown axial groove relative to the tire circumferential direction, the first crown axial groove has an inner portion located at the crown main groove side and an outer portion located outward of the inner portion in a tire axial direction, and a groove depth of the outer portion is smaller than a groove depth of the inner portion.
Apparatus designed to determine the level of a product in a vessel with a signal generation unit that generates high-frequency electromagnetic measuring signals, with a transmission/reception unit which emits the measuring signals via a horn antenna in the direction of the surface of the product and which receives the echo signals reflected at the surface of the product, wherein the horn antenna consists of a waveguide, which broadens into a cavity of a defined shape in the direction of radiation, and with an evaluation unit which determines the level in the vessel using the transit time of the measuring signals, and wherein a dielectric filler is provided that fills the waveguide at least partially, characterized in that the dielectric filler completely fills the expanded cavity of the horn antenna such that deposit buildup in the interior of the horn antenna is ruled out, and such that the outer surface of the dielectric filler has the shape of a lens.