mhurhangee/ep-ind-claims huggingface dataset:
A turbine engine comprising: an engine core having a compressor section, a combustor section, and a turbine section in axial arrangement and defining an engine centerline, and which are operationally separated into a stator fixed about the centerline and a rotor rotatable about the centerline, wherein the compressor section comprises a compressor (24, 26) and the turbine section comprises a turbine (34, 36); a first swirler provided on the stator for inducing rotation of an airflow passing through the engine core; a second swirler provided on the rotor downstream of and in fluid communication with the first swirler for reducing a rotational speed of the airflow from the first swirler; and a shaft (48, 90) having a plurality of apertures with the shaft (48, 90) disposed between the first swirler and the second swirler and the first swirler being in fluid communication with the second swirler through the apertures; wherein the turbine (34, 36) comprises a turbine disk and a turbine blade (68, 70) mounted to the turbine disk; the shaft (48, 90) drivingly connects the turbine (34, 36) to the compressor (24, 26); and the second swirler is mounted to the shaft (48, 90), characterized in that the second swirler includes a plurality of circumferentially spaced blades, wherein the circumferentially spaced blades are linear, and wherein at least some of the blades are angled between 30 and 75 degrees relative to the engine centreline. an engine core having a compressor section, a combustor section, and a turbine section in axial arrangement and defining an engine centerline, and which are operationally separated into a stator fixed about the centerline and a rotor rotatable about the centerline, wherein the compressor section comprises a compressor (24, 26) and the turbine section comprises a turbine (34, 36); a first swirler provided on the stator for inducing rotation of an airflow passing through the engine core; a second swirler provided on the rotor downstream of and in fluid communication with the first swirler for reducing a rotational speed of the airflow from the first swirler; and a shaft (48, 90) having a plurality of apertures with the shaft (48, 90) disposed between the first swirler and the second swirler and the first swirler being in fluid communication with the second swirler through the apertures; wherein the turbine (34, 36) comprises a turbine disk and a turbine blade (68, 70) mounted to the turbine disk; the shaft (48, 90) drivingly connects the turbine (34, 36) to the compressor (24, 26); and the second swirler is mounted to the shaft (48, 90), characterized in that the second swirler includes a plurality of circumferentially spaced blades, wherein the circumferentially spaced blades are linear, and wherein at least some of the blades are angled between 30 and 75 degrees relative to the engine centreline.
An image processing apparatus (101, 201, 2001, 2401) for determining observer-specific aberration correction data for correcting an aberration generated by an optical system including a display optical system for allowing an observer to observe a display image formed on a display means, comprising: storage means (215, 224) storing aberration correction data prepared in advance, for correcting aberration of the display optical system existing between the display means and the observer; obtaining means (210, 217, 208, 212, S705, S1101-S1107) for obtaining aberration information including a degree of color misregistration observed by the observer and relating to a vision correction optical system used by the observer; determining means (211, 212) for determining observer-specific aberration correction data for correcting aberration including color misregistration caused by a combination of the display optical system and the vision correction optical system which are existing in an optical path between the display means and the observer, based on the aberration correction data stored in said storage means and the aberration information obtained by said obtaining means. storage means (215, 224) storing aberration correction data prepared in advance, for correcting aberration of the display optical system existing between the display means and the observer; obtaining means (210, 217, 208, 212, S705, S1101-S1107) for obtaining aberration information including a degree of color misregistration observed by the observer and relating to a vision correction optical system used by the observer; determining means (211, 212) for determining observer-specific aberration correction data for correcting aberration including color misregistration caused by a combination of the display optical system and the vision correction optical system which are existing in an optical path between the display means and the observer, based on the aberration correction data stored in said storage means and the aberration information obtained by said obtaining means.
Annular seal (100, 200) designed to provide a sealed connection between a first and a second pipe after crimping, comprising an axis of revolution (X-X'), of which a section parallel to said axis is a curve made up of a successive odd number of segments of a circle C i connected by vertices S i forming a regular polygon, i varying from 1 to 2*n+1, n being a positive integer greater than or equal to 1, and the vertex S i being the centre of the segment of circle C i passing through the vertices S i+n and S i+n+1 modulo 2*n+1.
A method for regulating the suction power of a cordless upright vacuum cleaner comprising a handle, a suction motor or a suction motor and a sweeping motor, and a suction and/or sweeping head, an accelerometer to output signals relating to a speed and/or an acceleration of a part of the cordless vacuum cleaner, and a gyroscope for measuring an angular position of the handle in a determined reference frame of the space, means for processing signals outputted from the accelerometer and the gyroscope, and an electronic control unit of the motor(s) connected to the processing means, the method comprising the following steps: - determining using the accelerometer and the gyroscope over a sliding acquisition period, values of at least one quantity representative of the speed and/or the acceleration, and of the angular position of the handle; - determining a power setpoint of the motor(s) depending on the values obtained in the previous step. - determining using the accelerometer and the gyroscope over a sliding acquisition period, values of at least one quantity representative of the speed and/or the acceleration, and of the angular position of the handle; - determining a power setpoint of the motor(s) depending on the values obtained in the previous step.
An Fθ lens for far-infrared laser processing, consisting of an first lens, a second lens, and a third lens, which are coaxially arranged successively along a transmission direction of an incident light beam of a laser, and which are configured to focus said beam; wherein the first lens is a negative meniscus lens, the second and the third lens (L2, L3) are positive meniscus lenses, middle portions of the first, the second and the third lens protrude toward the transmission direction of the incident light beam, characterized in that the first lens comprises a first surface and a second surface, the second lens comprises a third surface and a fourth surface, the third lens comprises a fifth surface and a sixth surface, the first surface to six surface (S1 to S6) are arranged along the transmission direction of the incident light beam; radiuses of curvature of the first surface to six surface (S1 to S6) are -50mm, -60mm, -68mm, -50mm, -500mm, and -180mm, respectively, and each has a tolerance of 5%.
A communication circuit for communication over a voltage isolation barrier, the communication circuit comprising: a current pulse transformer (120, 210) including a single turn primary winding, a core, and a single turn secondary winding, wherein information is transmitted in the current domain; a current sensor having a low ohmic input (235, 410) coupled to the current pulse transformer, wherein the low ohmic input is arranged to provide a virtual ground level and to receive a current pulse from the single turn secondary winding; and a signal processing unit to extract information from the received current pulse. a current pulse transformer (120, 210) including a single turn primary winding, a core, and a single turn secondary winding, wherein information is transmitted in the current domain; a current sensor having a low ohmic input (235, 410) coupled to the current pulse transformer, wherein the low ohmic input is arranged to provide a virtual ground level and to receive a current pulse from the single turn secondary winding; and a signal processing unit to extract information from the received current pulse.
A passenger conveyance special loading system, comprising: a depth-sensing sensor for capturing depth map data of an object within a field of view; a processing module in communication with the depth-sensing sensor to receive the depth map data, the processing module being arranged to use the depth map data to calculate passenger data associated with the object to determine a special loading condition; and a passenger conveyance controller to receive the passenger data from the processing module, wherein the passenger conveyance controller controls a passenger conveyance dispatch control function in response to the special loading condition; characterized in that: when the special loading condition includes loading an object other than a human passenger that takes a longer than normal time to load, the passenger conveyance dispatch control function is operable to assign a passenger conveyance with sufficient free space to accommodate the special loading condition; and the passenger conveyance dispatch control function is operable to delay closing of the passenger conveyance doors in response to the special loading condition. a depth-sensing sensor for capturing depth map data of an object within a field of view; a processing module in communication with the depth-sensing sensor to receive the depth map data, the processing module being arranged to use the depth map data to calculate passenger data associated with the object to determine a special loading condition; and a passenger conveyance controller to receive the passenger data from the processing module, wherein the passenger conveyance controller controls a passenger conveyance dispatch control function in response to the special loading condition; characterized in that: when the special loading condition includes loading an object other than a human passenger that takes a longer than normal time to load, the passenger conveyance dispatch control function is operable to assign a passenger conveyance with sufficient free space to accommodate the special loading condition; and the passenger conveyance dispatch control function is operable to delay closing of the passenger conveyance doors in response to the special loading condition.
A nozzle for a vacuum cleaner, comprising a deflection device and a connection device for connecting the deflection device to a connection nozzle, which, in turn, connects a filter bag to a suction tube of the vacuum cleaner, wherein the connection device and the deflection device are configured such that, when the vacuum cleaner is in operation, the deflection device is arranged in the interior of the filter bag and that an air current entering the connection device is deflected in the deflection device, wherein the deflection device is configured for dividing the air current into at least two subcurrents having different directions of flow, characterized in that the connection device and the deflection device are formed integrally with one another as an injection molded part.
An integrated machine for manufacturing claddings and coloring top surface of said claddings, said integrated machine comprising: a cladding manufacturing machine comprising: at least one basket, funnel and hopper for filling, delivering and pouring "dry" concrete, said at least one basket is movable along a selected path; a mould for receiving said concrete from said at least one basket; a vibrating table; a vibrator below said vibrating table and in mechanical contact with said vibrating table; a production board that carries said mould on it and that lies on said vibrating table and in friction contact with said vibrating table for vibrating said production board and mould and said concrete in said mould; and a tamper head for pressing defined cladding units of said concrete in said mould; and a color spraying apparatus comprising: color spraying guns attached to said at least one basket for spraying a fluid phase color mass on the top surface of an upper layer of said claddings; and means (110, 120, 125, 125a, 130) for containing, mixing, delivering and spraying said fluid phase color mass to said color spraying guns. at least one basket, funnel and hopper for filling, delivering and pouring "dry" concrete, said at least one basket is movable along a selected path; a mould for receiving said concrete from said at least one basket; a vibrating table; a vibrator below said vibrating table and in mechanical contact with said vibrating table; a production board that carries said mould on it and that lies on said vibrating table and in friction contact with said vibrating table for vibrating said production board and mould and said concrete in said mould; and a tamper head for pressing defined cladding units of said concrete in said mould; and a color spraying apparatus comprising: color spraying guns attached to said at least one basket for spraying a fluid phase color mass on the top surface of an upper layer of said claddings; and means (110, 120, 125, 125a, 130) for containing, mixing, delivering and spraying said fluid phase color mass to said color spraying guns. color spraying guns attached to said at least one basket for spraying a fluid phase color mass on the top surface of an upper layer of said claddings; and means (110, 120, 125, 125a, 130) for containing, mixing, delivering and spraying said fluid phase color mass to said color spraying guns.
A control system for controlling operation of a trailer brake system associated with an agricultural vehicle, the control system comprising a vehicle control unit, and being configured to: determine a coupling force associated with a coupling point for providing a coupling between the vehicle and a trailer; characterised by determine, in dependence on the coupling force, the presence of a trailer coupled to the vehicle at the coupling point; generate and output a control signal for controlling one or more components of the vehicle in dependence on the determination of the presence of the trailer; and control a user interface of the vehicle to prevent issuance of one or more warning messages associated with a trailer in dependence on the determination that no trailer is present. determine a coupling force associated with a coupling point for providing a coupling between the vehicle and a trailer; characterised by determine, in dependence on the coupling force, the presence of a trailer coupled to the vehicle at the coupling point; generate and output a control signal for controlling one or more components of the vehicle in dependence on the determination of the presence of the trailer; and control a user interface of the vehicle to prevent issuance of one or more warning messages associated with a trailer in dependence on the determination that no trailer is present.
A fecal bank, comprising: a plurality of fecal storage containers configured to store each of a plurality of donor fecal samples; and an indexing system, configured to associate, for each of the plurality of donor fecal samples, a characteristic of the donor fecal sample with the respective donor fecal sample, characterized in that the plurality of fecal storage containers include a plurality of patient-deliverable fecal storage containers and in that the plurality of donor fecal samples include wet fecal samples; the plurality of fecal storage containers are configured to store frozen, wet donor fecal samples to maintain viability of the biota of the donor fecal samples and in that the characteristic of the donor fecal sample includes a characteristic of the fecal biota of the donor fecal sample and in that at least one of a dietary characteristic or a physical characteristic of the donor is included and in that the physical characteristic of the donor includes at least one of a medical condition of the donor, a donor body mass index, a combination of a donor height and the donor weight, or a donor body fat percentage and in that the medical condition of the donor includes at least one of a metabolic disorder or a digestive disorder; the metabolic disorder includes diabetes mellitus; and the digestive disorder includes a gastrointestinal disorder including at least one of irritable bowel syndrome or inflammatory bowel disease. a plurality of fecal storage containers configured to store each of a plurality of donor fecal samples; and an indexing system, configured to associate, for each of the plurality of donor fecal samples, a characteristic of the donor fecal sample with the respective donor fecal sample, characterized in that the plurality of fecal storage containers include a plurality of patient-deliverable fecal storage containers and in that the plurality of donor fecal samples include wet fecal samples; the plurality of fecal storage containers are configured to store frozen, wet donor fecal samples to maintain viability of the biota of the donor fecal samples and in that the characteristic of the donor fecal sample includes a characteristic of the fecal biota of the donor fecal sample and in that at least one of a dietary characteristic or a physical characteristic of the donor is included and in that the physical characteristic of the donor includes at least one of a medical condition of the donor, a donor body mass index, a combination of a donor height and the donor weight, or a donor body fat percentage and in that the medical condition of the donor includes at least one of a metabolic disorder or a digestive disorder; the metabolic disorder includes diabetes mellitus; and the digestive disorder includes a gastrointestinal disorder including at least one of irritable bowel syndrome or inflammatory bowel disease.
A pharmaceutical formulation comprising a sparingly water-soluble agent encapsulated within a liposome, said formulation manufactured by a method comprising: (a) preparing a suspension of the liposomes in an aqueous medium having a proton or an ion gradient across the liposome membrane; (b) preparing a solution of the sparingly water-soluble agent by completely dissolving said sparingly water-soluble agent in a solvent selected from an aprotic solvent and a polyol;(c) forming a loading suspension comprising said solid sparingly water-soluble agent by contacting the liposome suspension in (a) with the solution of the sparingly water-soluble agent in (b), thereby diluting (b) beyond the point of the agent's solubility, precipitating the sparingly water-soluble active agent into the aqueous medium, thereby forming the loading suspension comprising the solid sparingly water-soluble agent and the liposomes, wherein said loading suspension scatters light more than said suspension of liposomes; and (d) incubating the final suspension of (c) for a period of time sufficient for the solid sparingly water-soluble agent to be remotely loaded from the aqueous medium into the liposomes by the proton or ion gradient.
An adhesion preventive kit, comprising: a first membrane of at least two layers having a biodegradable base layer and an adhesion preventive layer provided respectively at outermost surfaces thereof and a second membrane of at least one layer having an adhesion preventive layer provided at an outermost surface thereof, wherein an injured or deficient portion is sandwiched by the first membrane and the second membrane; and the biodegradable base layer is faced to the injured or deficient tissue; or an adhesion preventive membrane including a biodegradable base layer and an adhesion preventive layer, which membrane has an outermost surface constituted of the adhesion preventive layer and has a tissue sandwiching part, wherein a surrounding part of the biodegradable base layer is branched in a normal line direction to a surface of the membrane, wherein the biodegradable base layer contains collagen, polylactic acid, or polyglycolic acid. a first membrane of at least two layers having a biodegradable base layer and an adhesion preventive layer provided respectively at outermost surfaces thereof and a second membrane of at least one layer having an adhesion preventive layer provided at an outermost surface thereof, wherein an injured or deficient portion is sandwiched by the first membrane and the second membrane; and the biodegradable base layer is faced to the injured or deficient tissue; or an adhesion preventive membrane including a biodegradable base layer and an adhesion preventive layer, which membrane has an outermost surface constituted of the adhesion preventive layer and has a tissue sandwiching part, wherein a surrounding part of the biodegradable base layer is branched in a normal line direction to a surface of the membrane, wherein the biodegradable base layer contains collagen, polylactic acid, or polyglycolic acid.
An adjustable soft palate support, being a flat implant made of a material capable of being implanted into a human body for a long term, comprising: a flat implant support capable of being inserted into a soft palate, the adjustable soft palate support characterised by: a hard palate connecting end, configured to connect the support to a hard palate, wherein the hard palate connecting end comprises: a connecting structure, configured to fix the hard palate connecting end to the hard palate; and an adjustment mechanism, configured to control a movement or a curvature of the support or control a lifting degree of the soft palate, wherein the adjustment mechanism comprises a switch structure selected from the group consisting of a pushrod type switch structure, a double-button type switch structure, and a rotary type switch structure. a flat implant support capable of being inserted into a soft palate, the adjustable soft palate support characterised by: a hard palate connecting end, configured to connect the support to a hard palate, wherein the hard palate connecting end comprises: a connecting structure, configured to fix the hard palate connecting end to the hard palate; and an adjustment mechanism, configured to control a movement or a curvature of the support or control a lifting degree of the soft palate, wherein the adjustment mechanism comprises a switch structure selected from the group consisting of a pushrod type switch structure, a double-button type switch structure, and a rotary type switch structure. a hard palate connecting end, configured to connect the support to a hard palate, wherein the hard palate connecting end comprises: a connecting structure, configured to fix the hard palate connecting end to the hard palate; and an adjustment mechanism, configured to control a movement or a curvature of the support or control a lifting degree of the soft palate, wherein the adjustment mechanism comprises a switch structure selected from the group consisting of a pushrod type switch structure, a double-button type switch structure, and a rotary type switch structure. a connecting structure, configured to fix the hard palate connecting end to the hard palate; and an adjustment mechanism, configured to control a movement or a curvature of the support or control a lifting degree of the soft palate, wherein the adjustment mechanism comprises a switch structure selected from the group consisting of a pushrod type switch structure, a double-button type switch structure, and a rotary type switch structure.