mhurhangee/patent-ind-claim-en huggingface dataset:
A vacuum assisted handheld biopsy device comprising: a housing ; a stylet slideable within a cannula, the stylet having a hollow tube portion and a tissue collection portion coupled together; an actuator slideable within the housing for driving at least one of the stylet and the cannula; a pushbutton configured to actuate the actuator to release at least one of the stylet and cannula from a preloaded state; a vacuum source in communication with the stylet; and wherein the coupling of the hollow tube portion with the tissue collection portion provides a fluid flow path sufficient to provide a vacuum suction to the tissue collection portion; wherein an ambient air opening is in selective communication with the vacuum source, and the ambient air opening is located on the pushbutton, characterised in that the device is configured such that as long as the ambient air opening remains open, the vacuum will draw in ambient air and not from the tissue collection portion of the stylet and when the ambient air opening is closed, the vacuum is no longer in communication with ambient air, so that the vacuum acts on the tissue collection portion . a housing ; a stylet slideable within a cannula, the stylet having a hollow tube portion and a tissue collection portion coupled together; an actuator slideable within the housing for driving at least one of the stylet and the cannula; a pushbutton configured to actuate the actuator to release at least one of the stylet and cannula from a preloaded state; a vacuum source in communication with the stylet; and wherein the coupling of the hollow tube portion with the tissue collection portion provides a fluid flow path sufficient to provide a vacuum suction to the tissue collection portion; wherein an ambient air opening is in selective communication with the vacuum source, and the ambient air opening is located on the pushbutton, characterised in that the device is configured such that as long as the ambient air opening remains open, the vacuum will draw in ambient air and not from the tissue collection portion of the stylet and when the ambient air opening is closed, the vacuum is no longer in communication with ambient air, so that the vacuum acts on the tissue collection portion .
A dual band antenna module comprising: a first radiator comprising a first feeding end and a first ground end , wherein the first radiator is configured to resonate to generate a first frequency band; a second radiator comprising a second feeding end and a second ground end , wherein the second radiator is configured to resonate to generate a second frequency band; a first filter extended from the first feeding end in a direction away from the first radiator and configured to filter the second frequency band; a second filter extended from the second feeding end in a direction away from the second radiator and configured to filter the first frequency band; a first ground pattern , connected to the first ground end ; and a second ground pattern , connected to the second ground end , wherein the first ground pattern and the second ground pattern are located between the first radiator and the second radiator ; characterized in that a part of an outline of the first ground pattern conforms with a part of an outline of the second ground pattern , and the second filter extends along the part of the outline of the first ground pattern and the part of the outline of the second ground pattern and between the first ground pattern and the second ground pattern . a first radiator comprising a first feeding end and a first ground end , wherein the first radiator is configured to resonate to generate a first frequency band; a second radiator comprising a second feeding end and a second ground end , wherein the second radiator is configured to resonate to generate a second frequency band; a first filter extended from the first feeding end in a direction away from the first radiator and configured to filter the second frequency band; a second filter extended from the second feeding end in a direction away from the second radiator and configured to filter the first frequency band; a first ground pattern , connected to the first ground end ; and a second ground pattern , connected to the second ground end , wherein the first ground pattern and the second ground pattern are located between the first radiator and the second radiator ; characterized in that a part of an outline of the first ground pattern conforms with a part of an outline of the second ground pattern , and the second filter extends along the part of the outline of the first ground pattern and the part of the outline of the second ground pattern and between the first ground pattern and the second ground pattern .
A computer-implemented method of generating an overlay of medical video data and overlay data, the method comprising the steps: - acquiring, from a medical video modality, the medical video data comprising at least a first video frame and a second video frame of different points in time, t1 and t2, (step S1), - analysing the acquired medical video data comprising a comparison of the video data captured by the first and the second video frames (step S2); - automatically identifying a particular instrument in the first video frame (step S10), - providing initial overlay data (step S3), - acquiring an augmentation model of said identified particular instrument from a database (step S11) thereby providing the initial overlay data (step S3), - generating modified overlay data by adapting the initial overlay data based on a result of the analysis of the medical video data (step S4), and - generating the overlay by generating a video output comprising at least medical video data originating from the medical video modality and comprising the generated modified overlay data (step S5). - acquiring, from a medical video modality, the medical video data comprising at least a first video frame and a second video frame of different points in time, t1 and t2, (step S1), - analysing the acquired medical video data comprising a comparison of the video data captured by the first and the second video frames (step S2); - automatically identifying a particular instrument in the first video frame (step S10), - providing initial overlay data (step S3), - acquiring an augmentation model of said identified particular instrument from a database (step S11) thereby providing the initial overlay data (step S3), - generating modified overlay data by adapting the initial overlay data based on a result of the analysis of the medical video data (step S4), and - generating the overlay by generating a video output comprising at least medical video data originating from the medical video modality and comprising the generated modified overlay data (step S5).
Method for producing textile composite material preforms , in particular comprising or made from one or a plurality of textile semi-finished products, by compression-moulding a planar structure of one or a plurality of textile composite materials , wherein: - the planar structure prior to compression-moulding is laterally cut into textile composite material portions (20-23); - the cut textile composite material portions (20-23) individually or as a plurality thereof, and in particular conjointly with one or a plurality of other textile composite material portions, are subjected to compression-moulding so as to on account thereof fully or partially configure one or a plurality of textile composite material preforms ; - a respective textile composite material portion (20-23) prior to compression-moulding is fixed to a first carrier which in particular effects or facilitates aligning, pre-draping, and/or mounting of the textile composite material portion (20-23) in the compression-moulding; - the respective carrier is first pre-draped by pre-tensioning in a guiding manner, by means of a guide frame that contacts only the carrier and in the interior of said guide frame laterally encloses the respective textile composite material portion (20-23); and - the respective textile composite material portion (20-23) along a contour and/or along a seam , by means of a main stentering frame and/or by means of the mould and the counter-mould , is then tensioned in a three-dimensional manner and on account thereof, under pressure, traction, and/or temperature, is configured so as to form a textile composite material preform . - the planar structure prior to compression-moulding is laterally cut into textile composite material portions (20-23); - the cut textile composite material portions (20-23) individually or as a plurality thereof, and in particular conjointly with one or a plurality of other textile composite material portions, are subjected to compression-moulding so as to on account thereof fully or partially configure one or a plurality of textile composite material preforms ; - a respective textile composite material portion (20-23) prior to compression-moulding is fixed to a first carrier which in particular effects or facilitates aligning, pre-draping, and/or mounting of the textile composite material portion (20-23) in the compression-moulding; - the respective carrier is first pre-draped by pre-tensioning in a guiding manner, by means of a guide frame that contacts only the carrier and in the interior of said guide frame laterally encloses the respective textile composite material portion (20-23); and - the respective textile composite material portion (20-23) along a contour and/or along a seam , by means of a main stentering frame and/or by means of the mould and the counter-mould , is then tensioned in a three-dimensional manner and on account thereof, under pressure, traction, and/or temperature, is configured so as to form a textile composite material preform .
Apparatus for painting mainly flat products comprising a spray booth , in turn comprising a plenum , a conveying belt for conveying products at least one device for applying paint, and at least one suction plant, wherein the plenum of the spray booth has a symmetric M-shape comprising, from a periphery of the plenum to a centre of said plenum in sequential order: - two external first surface portions , opposing to each other with respect to the centre ,each ascending from the periphery and tilted toward the centre; - two lateral second surface portions , opposing to each other with respect to the centre, parallel to the conveying belt ; - two central third surface portions , opposing to each other with respect to the centre, each descending to the centre with a tilt opposed to that of the external first surface portions ; - a central fourth surface portion parallel to said conveying belt , which is closer to said conveying belt than the lateral second surface portions . the plenum of the spray booth has a symmetric M-shape comprising, from a periphery of the plenum to a centre of said plenum in sequential order: - two external first surface portions , opposing to each other with respect to the centre ,each ascending from the periphery and tilted toward the centre; - two lateral second surface portions , opposing to each other with respect to the centre, parallel to the conveying belt ; - two central third surface portions , opposing to each other with respect to the centre, each descending to the centre with a tilt opposed to that of the external first surface portions ; - a central fourth surface portion parallel to said conveying belt , which is closer to said conveying belt than the lateral second surface portions . - two external first surface portions , opposing to each other with respect to the centre ,each ascending from the periphery and tilted toward the centre; - two lateral second surface portions , opposing to each other with respect to the centre, parallel to the conveying belt ; - two central third surface portions , opposing to each other with respect to the centre, each descending to the centre with a tilt opposed to that of the external first surface portions ; - a central fourth surface portion parallel to said conveying belt , which is closer to said conveying belt than the lateral second surface portions .
Steam heated spinneret, having a rectangular shape with an aspect ratio of more than 2, comprising at least a top housing, and a nozzle frame and optionally individual nozzle plates within the nozzle frame, wherein at least the top housing and/or the nozzle frame is heated by means of steam having a temperature in the range of from 105 to 138°C, and at pressures of from 1.0 to 4 bar.
A method of maintaining an index for a media file, the method comprising: at a writer system , receiving media that is in the process of being captured or transferred and incrementally writing a plurality of portions of the media to a shared media storage system for storage in a media file ; and creating an index for the media file on an indexing system ; wherein the receiving, writing and creating steps comprise: for each portion of the plurality of portions of the media: at the writer system : receiving the portion, the portion comprising a plurality of media elements; sending the portion to the shared media storage system to be stored in the media file on the shared media storage system; and sending to a message broker system a message that includes information defining locations within the media file of the media elements of the received portion; at the message broker system : receiving the message; and broadcasting the message on a message bus; and at the indexing system : receiving the message from the message broker system; and adding to the index the information defining locations within the media file of the plurality of media elements of the received portion. at a writer system , receiving media that is in the process of being captured or transferred and incrementally writing a plurality of portions of the media to a shared media storage system for storage in a media file ; and creating an index for the media file on an indexing system ; at the writer system : receiving the portion, the portion comprising a plurality of media elements; sending the portion to the shared media storage system to be stored in the media file on the shared media storage system; and sending to a message broker system a message that includes information defining locations within the media file of the media elements of the received portion; receiving the portion, the portion comprising a plurality of media elements; sending the portion to the shared media storage system to be stored in the media file on the shared media storage system; and sending to a message broker system a message that includes information defining locations within the media file of the media elements of the received portion; at the message broker system : receiving the message; and broadcasting the message on a message bus; and receiving the message; and broadcasting the message on a message bus; and at the indexing system : receiving the message from the message broker system; and adding to the index the information defining locations within the media file of the plurality of media elements of the received portion. receiving the message from the message broker system; and adding to the index the information defining locations within the media file of the plurality of media elements of the received portion.
A method for testing connections of batteries , several of which in a battery module are connected, electrically in parallel, with their battery electrodes to bus bars , by means of a resistance measurer comprising a pair of contact pins , in a measurement, with the first contact pin the first battery electrode of a first battery being contacted and with the second contact pin a point on a conductor arrangement being connected to the first battery electrode of the first battery , wherein the conductor arrangement includes connectors , the bus bar and the first battery electrode of another battery , and wherein a safety contact pin being connected by a safety resistance measurer to the first contact pin of the resistance measurer , and the first contact pin and the safety contact pin are simultaneously contacting the first battery electrode of the first battery .
A system for connecting two profiles at an angle, comprising a first profile and a T-connector adapted for connecting the first profile with a second profile , wherein the T-connector comprises a body shaped so that the body is axially fastenable within the first profile , the body of the T-connector is provided in the axial direction with two longitudinal recesses , wherein each longitudinal recess of the body , is arranged in the extremity of the T-connector adjacent to the corner area of the first profile when the T-connector is arranged within the first profile , the first profile is shaped so that two adjacent, internal corners of the first profile , which correspond to the extremity of the T-connector provided with the longitudinal recesses , form longitudinal recesses , shaped along the length of the first profile , wherein each of the longitudinal recesses of the body of the T-connector constitutes a first part of a port adapted for receiving fastening means for fastening the T-connector within the first profile , and each longitudinal recess of the body of the T-connector is shaped for cooperating with the corresponding longitudinal recess provided in the first profile , which constitutes a second part of the port , thus when the T-connector is arranged within the first profile each longitudinal recess in the body of the T-connector with each recess of the first profile form the complete port for receiving the fastening means . the T-connector comprises a body shaped so that the body is axially fastenable within the first profile , the body of the T-connector is provided in the axial direction with two longitudinal recesses , wherein each longitudinal recess of the body , is arranged in the extremity of the T-connector adjacent to the corner area of the first profile when the T-connector is arranged within the first profile , the first profile is shaped so that two adjacent, internal corners of the first profile , which correspond to the extremity of the T-connector provided with the longitudinal recesses , form longitudinal recesses , shaped along the length of the first profile , wherein each of the longitudinal recesses of the body of the T-connector constitutes a first part of a port adapted for receiving fastening means for fastening the T-connector within the first profile , and each longitudinal recess of the body of the T-connector is shaped for cooperating with the corresponding longitudinal recess provided in the first profile , which constitutes a second part of the port , thus when the T-connector is arranged within the first profile each longitudinal recess in the body of the T-connector with each recess of the first profile form the complete port for receiving the fastening means .
Method for applying a high-temperature stable coating layer on the surface of a component , comprising the steps of: a) providing a component with a surface to be coated; b) providing a powder material containing at least a fraction of sub-micron powder particles , the powder material being of the MCrAlY type with M = Fe, Ni, Co or combinations thereof; c) applying said powder material to the surface of the component by means of a spraying technique to build up a coating layer , whereby d) said sub-micron powder particles are each at least partially surrounded by an oxide shell and establish with their oxide shells an at least partially interconnected sub-micron oxide network within said coating layer . a) providing a component with a surface to be coated; b) providing a powder material containing at least a fraction of sub-micron powder particles , the powder material being of the MCrAlY type with M = Fe, Ni, Co or combinations thereof; c) applying said powder material to the surface of the component by means of a spraying technique to build up a coating layer , whereby d) said sub-micron powder particles are each at least partially surrounded by an oxide shell and establish with their oxide shells an at least partially interconnected sub-micron oxide network within said coating layer .
Monitoring device for safety monitoring of a handling device , the handling device having a safety region , the handling device having a safe operating state and a working state, the handling device being configured to carry out a handling step in the working state, comprising a first sensor unit , a second sensor unit and an evaluation module , the first sensor unit being configured to detect an entry of an object into the safety region and to provide same to the evaluation module as first sensor data, the evaluation module being configured, on the basis of the first sensor data, to control the handling device to adopt the safe operating state as soon as an entry into the safety region has been detected, characterized in that the second sensor unit is configured to monitor the safety region by sensing and, upon entry of the object into the safety region , to determine additional data for the object and to provide same to the evaluation module , the evaluation module being configured, on the basis of the additional data, to classify the object as a person or as a non-person, the evaluation module being configured, on the basis of the additional data, to control the handling device to adopt the working state if the object was classified as a non-person. the handling device having a safety region , the handling device having a safe operating state and a working state, the handling device being configured to carry out a handling step in the working state, comprising a first sensor unit , a second sensor unit and an evaluation module , the first sensor unit being configured to detect an entry of an object into the safety region and to provide same to the evaluation module as first sensor data, the evaluation module being configured, on the basis of the first sensor data, to control the handling device to adopt the safe operating state as soon as an entry into the safety region has been detected, characterized in that the second sensor unit is configured to monitor the safety region by sensing and, upon entry of the object into the safety region , to determine additional data for the object and to provide same to the evaluation module , the evaluation module being configured, on the basis of the additional data, to classify the object as a person or as a non-person, the evaluation module being configured, on the basis of the additional data, to control the handling device to adopt the working state if the object was classified as a non-person.
An azeotropic composition consisting of from 62.4 to 71.0 mole percent Z-1,1,1,4,4,4-hexafluoro-2-butene and from 29.0 to 37.6 mole percent of trans-1,2-dichloroethylene, boiling at a temperature of from -20 °C to 120 °C and at a pressure of from 1.60 psia (11.03 kPa) to 170 psia (1172 kPa).