mhurhangee/patent-ind-claim-en huggingface dataset:
Profile pipe system - having at least one profile pipe having at least two parallel longitudinal grooves , - having a connector to be mounted on a longitudinal end of the profile pipe , which connector has a first half shell and a second half shell which can be screwed together with one another via a screw connection , - wherein the connector has a pipe receptacle , having a floor , in the manner of a blind hole, into which pipe receptacle the profile pipe can be inserted and in which the profile pipe can be fixed via the two half shells which are screwed securely to one another, - wherein on an inner jacket surface of the pipe receptacle of the first and/or second half shell is arranged at least one nose protruding to the inside, which in installed state engages in a longitudinal groove of the profile pipe and forms a protection against twisting for said profile pipe, characterised in - that the at least one nose has a predetermined breaking point and can be broken off by snapping, as a result of which it is possible to realise a fixing of the profile pipe in the pipe receptacle which is independent of rotational angle, - that the nose is arranged in an indentation arranged on the inner jacket surface of the pipe receptacle . - having at least one profile pipe having at least two parallel longitudinal grooves , - having a connector to be mounted on a longitudinal end of the profile pipe , which connector has a first half shell and a second half shell which can be screwed together with one another via a screw connection , - wherein the connector has a pipe receptacle , having a floor , in the manner of a blind hole, into which pipe receptacle the profile pipe can be inserted and in which the profile pipe can be fixed via the two half shells which are screwed securely to one another, - wherein on an inner jacket surface of the pipe receptacle of the first and/or second half shell is arranged at least one nose protruding to the inside, which in installed state engages in a longitudinal groove of the profile pipe and forms a protection against twisting for said profile pipe, characterised in - that the at least one nose has a predetermined breaking point and can be broken off by snapping, as a result of which it is possible to realise a fixing of the profile pipe in the pipe receptacle which is independent of rotational angle, - that the nose is arranged in an indentation arranged on the inner jacket surface of the pipe receptacle .
Steam generation system adapted to a cooking appliance , the cooking appliance comprising a cooking chamber comprising at least one steam injection point through which steam is injected into the cooking chamber , the steam generation system comprising a water reservoir and a steam generator communicated with the water reservoir and configured for heating water arriving from the water reservoir , characterized in that it comprises at least a two-phase generator device arranged each two-phase generator device at the corresponding steam injection point , the two-phase generator device being communicated with the steam generator and configured for generating superheated steam and injecting it into the cooking chamber through the corresponding steam injection point , from the hot water or steam generated in the steam generator , the two-phase generator device being removable.
At an intelligent assistant device a method for interacting with a user, the intelligent assistant device being configured to respond to natural language inputs in: i) a first format comprising a keyword that activates one or more functions of the intelligent assistant device followed by a command to execute one or more actions; and ii) a second format comprising a command followed by the same keyword; the method comprising: predicting one or more suggested actions for the user; displaying the one or more suggested actions via a display of the intelligent assistant device ; while the one or more suggested actions are displayed, receiving audio input from the user in the second format comprising a command to execute one or more of the suggested actions followed by the keyword that activates one or more functions of the intelligent assistant device ; locally processing the audio input on the intelligent assistant device to 1) determine that the keyword follows the command and 2) recognize that the command applies to the one or more suggested actions; based on 1) determining that the keyword follows the command and 2) recognizing that the command applies to the one or more suggested actions, establishing a user selection of the one or more suggested actions; and based on establishing the user selection, executing the one or more suggested actions. predicting one or more suggested actions for the user; displaying the one or more suggested actions via a display of the intelligent assistant device ; while the one or more suggested actions are displayed, receiving audio input from the user in the second format comprising a command to execute one or more of the suggested actions followed by the keyword that activates one or more functions of the intelligent assistant device ; locally processing the audio input on the intelligent assistant device to 1) determine that the keyword follows the command and 2) recognize that the command applies to the one or more suggested actions; based on 1) determining that the keyword follows the command and 2) recognizing that the command applies to the one or more suggested actions, establishing a user selection of the one or more suggested actions; and based on establishing the user selection, executing the one or more suggested actions.
A method of optimizing the display of x-ray images captured from an x-ray source, comprising: providing a collimator configured to expose a first area to a first radiation level and a second area to a second lower radiation level; providing at least one input device configured to provide coordinates relative to a current x-ray image displayed on said monitor;determining a first Region of Interest (ROI) on a currently displayed image based on first coordinates provided by said at least one input device at a first time, wherein said first ROI is in the said first area of said collimator and wherein a first background area, different to said first ROI, is in said second area of the collimator; capturing a first x-ray image, or first x-ray images, through the said provided collimator according to said first ROI; determining a second Region of Interest (ROI) on said first image based on second coordinates, different to said first coordinates, provided by said at least one input device at a second time, wherein said second ROI is in said first area of said collimator and wherein a second background area, different to said second ROI, is in said second area of said collimator; capturing a second x-ray image, or second x-ray images, through said provided collimator according to said second ROI; and optimizing the displayed second images using a tone correction for background pixel correction based on a factor provided by dividing pixel values of the said first ROI of said first x-ray image by the corresponding pixel values in said second background area of said second x-ray image. providing a collimator configured to expose a first area to a first radiation level and a second area to a second lower radiation level; providing at least one input device configured to provide coordinates relative to a current x-ray image displayed on said monitor;determining a first Region of Interest (ROI) on a currently displayed image based on first coordinates provided by said at least one input device at a first time, wherein said first ROI is in the said first area of said collimator and wherein a first background area, different to said first ROI, is in said second area of the collimator; capturing a first x-ray image, or first x-ray images, through the said provided collimator according to said first ROI; determining a second Region of Interest (ROI) on said first image based on second coordinates, different to said first coordinates, provided by said at least one input device at a second time, wherein said second ROI is in said first area of said collimator and wherein a second background area, different to said second ROI, is in said second area of said collimator; capturing a second x-ray image, or second x-ray images, through said provided collimator according to said second ROI; and optimizing the displayed second images using a tone correction for background pixel correction based on a factor provided by dividing pixel values of the said first ROI of said first x-ray image by the corresponding pixel values in said second background area of said second x-ray image.
Aircraft engine control system , characterised in that it comprises : - at least one control loop which receives as input parameter setpoints on operating parameters of the engine and which controls the system with a feedback loop on these operating parameters, said control loop comprising a decentralised control with monovariable regulators, - at least one state feedback control integrated in the control loop, said control receiving as input the outputs of the decentralised control with monovariable regulators and being a feedback loop between the operating parameters of the motor and the outputs of said decentralised control, said feedback loop providing the motor control parameters, the feedback control being configured to decouple the operating parameters, the monovariable controllers of the decentralised control being configured to control the operating parameters to the setpoints of these parameters, the feedback control comprising a static compensator and a feedback corrector loop, said static compensator and said feedback corrector loop being configured to decouple the operating parameters. - at least one control loop which receives as input parameter setpoints on operating parameters of the engine and which controls the system with a feedback loop on these operating parameters, said control loop comprising a decentralised control with monovariable regulators, - at least one state feedback control integrated in the control loop, said control receiving as input the outputs of the decentralised control with monovariable regulators and being a feedback loop between the operating parameters of the motor and the outputs of said decentralised control, said feedback loop providing the motor control parameters,
An aggregate comprising a) a polyoxazoline comprising an alkyl-modified random asymmetrically branched poly(2-ethyloxazoline) with a primary amine chain end group; wherein said polyoxazoline comprises a molar ratio of monomer to initiator of 60:1, b) a taxane, wherein said polyoxazoline and said taxane has a weight ratio of polymer to taxane of 7:1, wherein the taxane is paclitaxel, and c) a size from 70 nm to 90 nm before lyophilization. a) a polyoxazoline comprising an alkyl-modified random asymmetrically branched poly(2-ethyloxazoline) with a primary amine chain end group; wherein said polyoxazoline comprises a molar ratio of monomer to initiator of 60:1, b) a taxane, wherein said polyoxazoline and said taxane has a weight ratio of polymer to taxane of 7:1, wherein the taxane is paclitaxel, and c) a size from 70 nm to 90 nm before lyophilization.
A motor assembly comprising: a housing ; an output shaft supported by the housing; and a circuit board comprising a substrate and first and second MEMS sensors mounted on the substrate, wherein the substrate has a semi-annular shape having an outer circumferential curved edge having a first radius of curvature, an inner circumferential curved edge having a second radius of curvature, and first and second end edges extending between the outer circumferential curved edge and the inner circumferential curved edge, wherein the outer circumferential edge and inner circumferential edge have a common point of curvature, and wherein the MEMS sensors are mounted to the substrate at diametrically opposed locations such that a centerline between the MEMS sensors extends through the point of curvature. a housing ; an output shaft supported by the housing; and a circuit board comprising a substrate and first and second MEMS sensors mounted on the substrate, wherein the substrate has a semi-annular shape having an outer circumferential curved edge having a first radius of curvature, an inner circumferential curved edge having a second radius of curvature, and first and second end edges extending between the outer circumferential curved edge and the inner circumferential curved edge, wherein the outer circumferential edge and inner circumferential edge have a common point of curvature, and wherein the MEMS sensors are mounted to the substrate at diametrically opposed locations such that a centerline between the MEMS sensors extends through the point of curvature.
A hopper railroad car hatch cover comprising: a movable hatch including a light weight panel and a coaming sealer connected to the panel, the coaming sealer configured to engage and create a seal with a coaming of a roof of a railroad hopper car when the movable hatch is in a closed position on the coaming ; a first end hinge connected to a first end of the movable hatch ; a second end hinge connected to an opposite second end of the movable hatch; and a plurality of spaced apart central hinges connected to the movable hatch between the first end hinge and the second end hinge ; a first actuator connected to the first end hinge and connectable to the roof of the hopper railroad car; and a second actuator connected to the second end hinge and connectable to the roof of the hopper railroad car , characterized in that the panel is so flexible that, when the first actuator and the second actuator apply opening forces to the first and second end hinges , respectively, so as to cause the corresponding end of the hatch to be lifted, adjacent sections of the hatch are lifted successively starting from the ends (202; 252) toward a central section of the hatch. a movable hatch including a light weight panel and a coaming sealer connected to the panel, the coaming sealer configured to engage and create a seal with a coaming of a roof of a railroad hopper car when the movable hatch is in a closed position on the coaming ; a first end hinge connected to a first end of the movable hatch ; a second end hinge connected to an opposite second end of the movable hatch; and a plurality of spaced apart central hinges connected to the movable hatch between the first end hinge and the second end hinge ; a first actuator connected to the first end hinge and connectable to the roof of the hopper railroad car; and a second actuator connected to the second end hinge and connectable to the roof of the hopper railroad car , characterized in that the panel is so flexible that, when the first actuator and the second actuator apply opening forces to the first and second end hinges , respectively, so as to cause the corresponding end of the hatch to be lifted, adjacent sections of the hatch are lifted successively starting from the ends (202; 252) toward a central section of the hatch.
A method for handling of cell identities, performed by a first radio node of a wireless communication network , wherein the first radio node provides radio coverage to a first cell , the first radio node being connected to at least one second radio node , each second radio node providing radio coverage to a second cell , wherein the first cell has been assigned a first cell identity, and each of the second cells has been assigned an individual cell identity, the method comprising: determining, based on information on the first cell identity and on the cell identities assigned to the second cells , that the first cell identity is the same as the cell identity assigned to one of the second cells, based on the result of the determining, triggering change of cell identity for the first cell , from the first cell identity to a second cell identity that is not used for any of the second cells, wherein the change of cell identity is triggered at a time point corresponding to a time delay from the determining to the triggering that is dependent on a total number of vacant cell identities for the first cell so that the time delay is shorter the more vacant cell identities there are for the first cell, and wherein the method further comprises sending , to the at least one second radio node, information on the change of cell identity from the first cell identity to the second cell identity, characterized by that; the time delay from the determining to the triggering of the change of cell identity comprises a first time delay dependent on the number of vacant cell identities for the first cell, and a second time delay that is shorter than a difference between two first time delays for two consecutive number of vacant cell identities, wherein the second time delay is added to or subtracted from the first time delay.. determining, based on information on the first cell identity and on the cell identities assigned to the second cells , that the first cell identity is the same as the cell identity assigned to one of the second cells, based on the result of the determining, triggering change of cell identity for the first cell , from the first cell identity to a second cell identity that is not used for any of the second cells, wherein the change of cell identity is triggered at a time point corresponding to a time delay from the determining to the triggering that is dependent on a total number of vacant cell identities for the first cell so that the time delay is shorter the more vacant cell identities there are for the first cell, and wherein the method further comprises sending , to the at least one second radio node, information on the change of cell identity from the first cell identity to the second cell identity, characterized by that; the time delay from the determining to the triggering of the change of cell identity comprises a first time delay dependent on the number of vacant cell identities for the first cell, and a second time delay that is shorter than a difference between two first time delays for two consecutive number of vacant cell identities, wherein the second time delay is added to or subtracted from the first time delay..
Shrouded impeller for centrifugal compressors wherein the shroud comprises at least one layer of metallic material deposited by cold spraying; the shrouded impeller being characterised in that the at least one layer of metallic material is made of a plurality of sectors, separated from the adjacent ones by a plurality of grooves.
A method for project support in using an electric tool with a battery pack for supplying the electric tool with energy, wherein - project data relating to at least a part of a sequence of project steps is stored on a data storage of the battery pack , wherein at least a part of the project steps may be performed using the electric tool operable by the battery pack , and the project data includes associated user information for each project step of the sequence of project steps; - for a predetermined project step of the sequence of project steps, the associated user information is output in visual and/or acoustic form by an output device of the battery pack , wherein the predetermined project step is selected depending on a current project status from the sequence, and the project status is determined based on a predetermined schedule, on a user input or on measurements of operating parameters of the electric tool or of the battery pack; and - the user information for the predetermined project step and/or further user information for the predetermined project step are output by at least one external computing unit in visual and/or acoustic form. - project data relating to at least a part of a sequence of project steps is stored on a data storage of the battery pack , wherein at least a part of the project steps may be performed using the electric tool operable by the battery pack , and the project data includes associated user information for each project step of the sequence of project steps; - for a predetermined project step of the sequence of project steps, the associated user information is output in visual and/or acoustic form by an output device of the battery pack , wherein the predetermined project step is selected depending on a current project status from the sequence, and the project status is determined based on a predetermined schedule, on a user input or on measurements of operating parameters of the electric tool or of the battery pack; and - the user information for the predetermined project step and/or further user information for the predetermined project step are output by at least one external computing unit in visual and/or acoustic form.
A watch comprising: a first barrel complete including a first barrel arbor , a first mainspring , and a first barrel ; and a second barrel complete that includes a second barrel arbor , a second mainspring , and a second barrel , and is disposed side by side in a planar direction orthogonal to a shaft direction of the first barrel arbor so that rotation of the first barrel complete is transmitted to the second barrel, wherein the thickness of the first barrel is greater than the thickness of the second barrel, characterized in that the tooth tip circle diameter (da2) of the second barrel complete is 1.5 to 2.0 times greater than the tooth tip circle diameter (da1) of the first barrel complete . a first barrel complete including a first barrel arbor , a first mainspring , and a first barrel ; and a second barrel complete that includes a second barrel arbor , a second mainspring , and a second barrel , and is disposed side by side in a planar direction orthogonal to a shaft direction of the first barrel arbor so that rotation of the first barrel complete is transmitted to the second barrel, wherein the thickness of the first barrel is greater than the thickness of the second barrel, characterized in that the tooth tip circle diameter (da2) of the second barrel complete is 1.5 to 2.0 times greater than the tooth tip circle diameter (da1) of the first barrel complete .
A method of manufacturing a composite aerospace structural member comprising a unitary beam that includes a central web , a pair of flanges integral with the central web and forming an I-shaped cross-section, a laminated composite cap that covers and is co-welded to each of the pair of flanges, and a pair of fittings on opposite ends of the unitary beam that are formed integral with the web and the pair of flanges, wherein the method comprises: molding a thermoplastic resin first component reinforced with discontinuous fibers by compression molding a flowable mixture of a thermoplastic resin and discontinuous, randomly oriented fibers , wherein the thermoplastic resin first component comprises the unitary beam; laying up a thermoplastic resin second component reinforced with substantially continuous fibers , wherein the thermoplastic resin second component comprises the laminated composite caps; and co-welding the thermoplastic resin first and second components. molding a thermoplastic resin first component reinforced with discontinuous fibers by compression molding a flowable mixture of a thermoplastic resin and discontinuous, randomly oriented fibers , wherein the thermoplastic resin first component comprises the unitary beam; laying up a thermoplastic resin second component reinforced with substantially continuous fibers , wherein the thermoplastic resin second component comprises the laminated composite caps; and co-welding the thermoplastic resin first and second components.