mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a digital stereoscopic video stream comprising container frames (C), a container frame (C) comprising a right image (R) and a left image (L), the method comprising: encoding said container frames (C) using a video coding standard, entering into said digital stereoscopic video stream at least one metadatum (M) of the video coding standard instructing 2D decoders which rectangular frame portion of a decoded frame is to be output for 2D reproductions, characterized by said rectangular frame portion matching the area occupied by the left image (L) of the container frame (C), or said rectangular frame portion matching the area occupied by the right image (R) of the container frame (C), and entering into the digital stereoscopic video stream at least one additional metadatum (N) of the video coding standard specifying that said at least one metadatum (M) is only valid for 2D decoders. encoding said container frames (C) using a video coding standard, entering into said digital stereoscopic video stream at least one metadatum (M) of the video coding standard instructing 2D decoders which rectangular frame portion of a decoded frame is to be output for 2D reproductions, characterized by said rectangular frame portion matching the area occupied by the left image (L) of the container frame (C), or said rectangular frame portion matching the area occupied by the right image (R) of the container frame (C), and entering into the digital stereoscopic video stream at least one additional metadatum (N) of the video coding standard specifying that said at least one metadatum (M) is only valid for 2D decoders.
Apparatus for forming plastic preforms into plastic containers , having at least one forming station which forms the plastic preforms into the plastic containers by being acted upon by a flowable medium, wherein the forming station having a blow mould which forms a hollow space within which the plastic preforms can be formed into the plastic containers , and wherein the forming station further comprising an application device which acts upon the plastic preforms with the flowable medium and a rod-like body which can be introduced into the plastic preforms via a mouth of the plastic preforms, and a moving device which is suitable and intended to move the rod-like body in the longitudinal direction of the plastic preforms, wherein said rod-like body forming a channel for conducting the flowable medium, and the forming station comprises valve device which controls the feed of the flowable medium into said channel , characterized in that said valve device is arranged at the moving device and a ratio between an inner diameter (di) of said rod-like body and the outer diameter (da) of said rod-like body is smaller than or equal to 0.5 at least in sections.
A method for implementing a consistency group , comprising: locking resources associated with the members of a consistency group , generating a snapshot of the resources associated with the members of the consistency group ; and releasing locks on the resource after the snapshot has been generated, characterized in that the members of the consistency group comprise a group of related virtual machines . locking resources associated with the members of a consistency group , generating a snapshot of the resources associated with the members of the consistency group ; and releasing locks on the resource after the snapshot has been generated, characterized in that the members of the consistency group comprise a group of related virtual machines .
Car body for a passenger rail vehicle, comprising a chassis with a front assembly at each vehicle end, wherein the chassis comprises two outer-lying longitudinal beams , between which a vehicle floor is arranged, wherein the vehicle floor is configured from a profiled metal sheet edged in a trapezoid-like manner in the cross-section, wherein the beads of the profiled metal sheet extend in the longitudinal direction of the car body, and wherein the vehicle floor is fixedly connected to each front assembly at the transition points to said front assembly by means of a connecting beam oriented transversely to the longitudinal direction of the car body and wherein the connecting beam is designed as a profiled metal sheet having a substantially L-shaped cross-section, characterised in that the section of the connecting beam connected to a front assembly is equipped with a trapezoid-like bead and wherein the connecting beam has cut-outs , through which a section of the vehicle floor is passed.
A nasal mask comprising: a nasal chamber formed by an interior of the nasal mask configured to cover a nose of a patient; an exhalation scoop fixed adjacent a lower portion of mask and adapted to overlie an upper lip of the patient when the mask is worn, the exhalation scoop formed of a flexible material such that the exhalation scoop is adapted to be folded back on itself to permit access to a mouth of the patient while the nasal mask remains on the patient; and an end-tidal CO 2 manifold comprising an end-tidal CO 2 port such that samples of both the nasal and oral exhalation flow through the manifold, and exit the end-tidal CO 2 port to a gas sampling device , a first opening located behind the exhalation scoop to overlie the upper lip of the patient for sampling exhaled CO 2 expelled from the mouth of the patient, and a second opening located on the interior of the nasal mask to underlie the nares of the patient for sampling exhaled CO 2 expelled from the nose of the patient. a nasal chamber formed by an interior of the nasal mask configured to cover a nose of a patient; an exhalation scoop fixed adjacent a lower portion of mask and adapted to overlie an upper lip of the patient when the mask is worn, the exhalation scoop formed of a flexible material such that the exhalation scoop is adapted to be folded back on itself to permit access to a mouth of the patient while the nasal mask remains on the patient; and an end-tidal CO 2 manifold comprising an end-tidal CO 2 port such that samples of both the nasal and oral exhalation flow through the manifold, and exit the end-tidal CO 2 port to a gas sampling device , a first opening located behind the exhalation scoop to overlie the upper lip of the patient for sampling exhaled CO 2 expelled from the mouth of the patient, and a second opening located on the interior of the nasal mask to underlie the nares of the patient for sampling exhaled CO 2 expelled from the nose of the patient.
An active flow control system for an aircraft comprising a diffuser having an inlet configured for flight speeds ranging from subsonic to hypersonic and a plurality of fluidic oscillators for managing fluid flow control mounted about a curvature of the diffuser , said oscillator being adapted to operate at a high pressure ratio greater than 2.0, and to create a jet of fluid in a throat of the nozzle, such that the throat is choked and such that Mach number of unity is created in the throat , said fluidic oscillator comprising: a body having an inflow portion and a narrow nozzle inlet formed opposite the inflow portion ; and a nozzle integral with the body and coupled to the body by the narrow nozzle inlet , wherein the fluid passes through the narrow nozzle inlet at the high pressure ratio greater than 2.0, wherein the nozzle includes curved sidewalls angled with respect to the narrow nozzle inlet and an outlet , wherein the fluidic oscillator is adapted such that the fluid flow from the inflow portion to the narrow nozzle inlet is transmitted along a single fluid flow path, and wherein the sidewalls are curved such that space is formed between the jet and the sidewalls of the nozzle, wherein the diffuser includes an s-shaped elongated body having a first end open to ambient air and a second end , wherein the second end is an aerodynamic interface plane, where the second end of the diffuser meets a compressor of the aircraft, wherein the plurality of fluidic oscillators are positioned at an interface of the diffuser and the inlet or downstream of an interface , said interface of the diffuser and the inlet forming a throat region . a body having an inflow portion and a narrow nozzle inlet formed opposite the inflow portion ; and a nozzle integral with the body and coupled to the body by the narrow nozzle inlet , wherein the fluid passes through the narrow nozzle inlet at the high pressure ratio greater than 2.0, wherein the nozzle includes curved sidewalls angled with respect to the narrow nozzle inlet and an outlet , wherein the fluidic oscillator is adapted such that the fluid flow from the inflow portion to the narrow nozzle inlet is transmitted along a single fluid flow path, and wherein the sidewalls are curved such that space is formed between the jet and the sidewalls of the nozzle, wherein the diffuser includes an s-shaped elongated body having a first end open to ambient air and a second end , wherein the second end is an aerodynamic interface plane, where the second end of the diffuser meets a compressor of the aircraft, wherein the plurality of fluidic oscillators are positioned at an interface of the diffuser and the inlet or downstream of an interface , said interface of the diffuser and the inlet forming a throat region .
An enzyme containing granule comprising a core and a coating, wherein the coating comprises a fluorescent whitening agent, and wherein the granule comprises more than 0.5% w/w and less than 50% w/w active enzyme protein, and the granule contains the fluorescent whitening agent in an amount of from 0.001% w/w to 5% w/w.
A method for regenerating a dust filtration system of gas mixture of high temperature oil gas, water vapor and precipitation-prone carbides comprising: providing a closed separation chamber connecting intake duct and exhaust duct , wherein the closed separation chamber comprises a filter mechanism inside, the outer surface of the filter mechanism connects to the intake duct and the inner surface connects to the exhaust duct , and providing a filter regeneration mechanism, wherein the filter regeneration mechanism comprises a physical contact cleaning and brushing component and a intake and exhaust regenerated gas control component, wherein the intake and exhaust regenerated gas control component is a control component for the intake and exhaust of oxygen-containing gas. providing a closed separation chamber connecting intake duct and exhaust duct , wherein the closed separation chamber comprises a filter mechanism inside, the outer surface of the filter mechanism connects to the intake duct and the inner surface connects to the exhaust duct , and providing a filter regeneration mechanism, wherein the filter regeneration mechanism comprises a physical contact cleaning and brushing component and a intake and exhaust regenerated gas control component, wherein the intake and exhaust regenerated gas control component is a control component for the intake and exhaust of oxygen-containing gas.
A light reflector comprising a base material made of a polyester resin composition and a light reflection layer provided on the base material, wherein the polyester resin composition contains non-surface-treated synthetic calcium carbonate having an average particle diameter of 0.1 to 0.2 μm measured by image analysis of electron micrographs and having approximately cubic shape.
A method for controlling an elevator, the method comprising: receiving , by a computing device comprising a processor , a request for at least one service associated with an elevator system from a user device ; controlling an elevator car to travel to a specific floor in accordance with the request; and controlling a door of the elevator car to be closed upon arriving at the specific floor, characterized by transmitting an indicator to the user device that the elevator car has arrived at the specific floor; receiving an access request from the user device ; and controlling the elevator car door to open upon receiving, by the computing device , the access request from the user device . receiving , by a computing device comprising a processor , a request for at least one service associated with an elevator system from a user device ; controlling an elevator car to travel to a specific floor in accordance with the request; and controlling a door of the elevator car to be closed upon arriving at the specific floor, characterized by transmitting an indicator to the user device that the elevator car has arrived at the specific floor; receiving an access request from the user device ; and controlling the elevator car door to open upon receiving, by the computing device , the access request from the user device .
A revision implant for a total ankle replacement system, comprising: a body extending between a first surface and a second surface ; a head extending from the first surface and configured to couple the revision implant to an additional component of a multi-component prosthesis; a stem extending from the second surface , the stem configured to couple the revision implant to an augment configured to fill a void in the resected bone; and characterized in that the revision implant further comprises a plurality of protrusions extending from the second surface configured to anchor the revision implant to a resected talus, wherein each protrusion in the plurality of protrusions extends from the second surface at a predetermined angle (α) between 30° and 45°. a body extending between a first surface and a second surface ; a head extending from the first surface and configured to couple the revision implant to an additional component of a multi-component prosthesis; a stem extending from the second surface , the stem configured to couple the revision implant to an augment configured to fill a void in the resected bone; and characterized in that the revision implant further comprises a plurality of protrusions extending from the second surface configured to anchor the revision implant to a resected talus, wherein each protrusion in the plurality of protrusions extends from the second surface at a predetermined angle (α) between 30° and 45°.
A catalyst composite comprising: a support comprising silica and 1.5 to 2.5 wt-% alumina, wherein the support has a surface area of 200 to 250 m 2 /g; and an eggshell layer on the support comprising Pd and Au, wherein the catalyst composite is obtainable by a method comprising: (i) providing a support comprising silica and 1.5 to 2.5 wt-% alumina, wherein the support has a surface area of 200 to 250 m 2 /g; depositing Pd and Au onto the support to provide a support with an eggshell catalyst layer; impregnating the support with eggshell catalyst layer with potassium acetate; and reducing the support with eggshell catalyst layer at a temperature of 90 °C to 150 °C in a forming gas comprising hydrogen gas and nitrogen gas to form a catalyst composite; or (ii) providing a support comprising silica and 1.5 to 2.5 wt-% alumina, wherein the support has a surface area of 200 to 250 m 2 /g; depositing Pd and Au onto the support to form a support with eggshell catalyst layer; reducing the support with eggshell catalyst layer at a temperature of 200 to 500 °C in a reducing gas comprising 20% to 100% hydrogen gas for 1 to 4 hours; and impregnating the support with eggshell catalyst layer with potassium acetate. a support comprising silica and 1.5 to 2.5 wt-% alumina, wherein the support has a surface area of 200 to 250 m 2 /g; and an eggshell layer on the support comprising Pd and Au, wherein the catalyst composite is obtainable by a method comprising: (i) providing a support comprising silica and 1.5 to 2.5 wt-% alumina, wherein the support has a surface area of 200 to 250 m 2 /g; depositing Pd and Au onto the support to provide a support with an eggshell catalyst layer; impregnating the support with eggshell catalyst layer with potassium acetate; and reducing the support with eggshell catalyst layer at a temperature of 90 °C to 150 °C in a forming gas comprising hydrogen gas and nitrogen gas to form a catalyst composite; or (ii) providing a support comprising silica and 1.5 to 2.5 wt-% alumina, wherein the support has a surface area of 200 to 250 m 2 /g; (i) providing a support comprising silica and 1.5 to 2.5 wt-% alumina, wherein the support has a surface area of 200 to 250 m 2 /g; depositing Pd and Au onto the support to provide a support with an eggshell catalyst layer; impregnating the support with eggshell catalyst layer with potassium acetate; and reducing the support with eggshell catalyst layer at a temperature of 90 °C to 150 °C in a forming gas comprising hydrogen gas and nitrogen gas to form a catalyst composite; or (ii) providing a support comprising silica and 1.5 to 2.5 wt-% alumina, wherein the support has a surface area of 200 to 250 m 2 /g; depositing Pd and Au onto the support to form a support with eggshell catalyst layer; reducing the support with eggshell catalyst layer at a temperature of 200 to 500 °C in a reducing gas comprising 20% to 100% hydrogen gas for 1 to 4 hours; and impregnating the support with eggshell catalyst layer with potassium acetate.
Deflection device for deflecting a working means of an inspection and/or maintenance system, the deflection device comprising: - a tension means having a front end and a rear end , - a flexible fastening device having a front end and a rear end , - the working means or a working means carrier being arranged at the front end of the fastening device , - a fastening element being arranged at the rear end of the fastening device , - the front end of the tension means being coupled to the working means or to the working means carrier , and - the rear end of the tension means being coupled to the fastening element , the front end of the fastening device diverting from a neutral position when the tension means is shortened, - the fastening element comprising a rotation device , and - the working means or the working means carrier being arranged so as to be rotatable about its longitudinal axis (LA) on the fastening device and the rotation device being arranged so as to be rotatable about its longitudinal axis (LA) on the fastening device , characterized in that the tension means is a tension cord. - a tension means having a front end and a rear end , - a flexible fastening device having a front end and a rear end , - the working means or a working means carrier being arranged at the front end of the fastening device , - a fastening element being arranged at the rear end of the fastening device , - the front end of the tension means being coupled to the working means or to the working means carrier , and - the rear end of the tension means being coupled to the fastening element , the front end of the fastening device diverting from a neutral position when the tension means is shortened, - the fastening element comprising a rotation device , and - the working means or the working means carrier being arranged so as to be rotatable about its longitudinal axis (LA) on the fastening device and the rotation device being arranged so as to be rotatable about its longitudinal axis (LA) on the fastening device , characterized in that the tension means is a tension cord.
A heat storage tank adapted to be disposable around a compressor comprising: an upwardly open tank body made of a resin and having a side wall and a bottom wall, wherein a part of the side wall being adapted for confronting the compressor is a heat-transfer side wall having a surface involved in heat transfer, a lid made of a resin for closing an upper opening of the upwardly open tank body , a packing interposed between the upwardly open tank body and the lid , a heat storage material filled in an internal space of the upwardly open tank body encircled by the side wall and a contact member , such that the contact member is inserted between an outer surface of the compressor and the heat-transfer side wall , and a heat storage heat exchanger , characterized in that the heat storage tank has a bottom portion in contact with the heat storage material , the bottom portion having a horizontal cross-sectional area smaller than that of the heat storage tank in the vicinity of a liquid surface of the heat storage material , wherein at least a part of the heat storage tank at a first level where the heat storage heat exchanger is not present has a horizontal cross-sectional area smaller than a horizontal cross-sectional area of the heat storage tank at a second level where the heat storage heat exchanger is present. an upwardly open tank body made of a resin and having a side wall and a bottom wall, wherein a part of the side wall being adapted for confronting the compressor is a heat-transfer side wall having a surface involved in heat transfer, a lid made of a resin for closing an upper opening of the upwardly open tank body , a packing interposed between the upwardly open tank body and the lid , a heat storage material filled in an internal space of the upwardly open tank body encircled by the side wall and a contact member , such that the contact member is inserted between an outer surface of the compressor and the heat-transfer side wall , and a heat storage heat exchanger , characterized in that the heat storage tank has a bottom portion in contact with the heat storage material , the bottom portion having a horizontal cross-sectional area smaller than that of the heat storage tank in the vicinity of a liquid surface of the heat storage material , wherein at least a part of the heat storage tank at a first level where the heat storage heat exchanger is not present has a horizontal cross-sectional area smaller than a horizontal cross-sectional area of the heat storage tank at a second level where the heat storage heat exchanger is present.
A method of preparing a silane-functionalized polymer, the method comprising: (i) preparing a polymerization system including a cis-1,4-polydiene by introducing a lanthanide-based catalyst and a conjugated diene monomer; and (ii) adding a hydrosilane compound to the polymerization system including a cis-1,4-polydiene. (i) preparing a polymerization system including a cis-1,4-polydiene by introducing a lanthanide-based catalyst and a conjugated diene monomer; and (ii) adding a hydrosilane compound to the polymerization system including a cis-1,4-polydiene.