mhurhangee/patent-ind-claim-en huggingface dataset:
A method at a computing device within a vehicle Intelligent Transportation System, ITS , the method comprising: receiving a first message, the first message including at least tailoring information for a first ITS endpoint and intended journey details for the first ITS endpoint, the intended journey details comprising at least one time stamp, each time stamp of the at least one time stamp being associated with a geographic location, wherein the tailoring information comprises one or more of: location information for the first ITS endpoint; one or more ITS endpoint identifiers belonging to the first ITS endpoint; or one or more certificates or identities of ITS endpoints that have communicated with the first ITS endpoint within at threshold time period; storing all or a subset of data from the first message; obtaining a full certificate revocation list; creating a tailored certificate revocation list based on data in the first message and the full certificate revocation list, the tailored certificate revocation list containing certificates or identifiers of certificates for ITS endpoints that may be encountered by the first ITS endpoint when navigating a route provided in the intended journey details; and providing the tailored certificate revocation list to the first ITS endpoint. receiving a first message, the first message including at least tailoring information for a first ITS endpoint and intended journey details for the first ITS endpoint, the intended journey details comprising at least one time stamp, each time stamp of the at least one time stamp being associated with a geographic location, wherein the tailoring information comprises one or more of: location information for the first ITS endpoint; one or more ITS endpoint identifiers belonging to the first ITS endpoint; or one or more certificates or identities of ITS endpoints that have communicated with the first ITS endpoint within at threshold time period; location information for the first ITS endpoint; one or more ITS endpoint identifiers belonging to the first ITS endpoint; or one or more certificates or identities of ITS endpoints that have communicated with the first ITS endpoint within at threshold time period; storing all or a subset of data from the first message; obtaining a full certificate revocation list; creating a tailored certificate revocation list based on data in the first message and the full certificate revocation list, the tailored certificate revocation list containing certificates or identifiers of certificates for ITS endpoints that may be encountered by the first ITS endpoint when navigating a route provided in the intended journey details; and providing the tailored certificate revocation list to the first ITS endpoint.
A method for monitoring a DC link capacitor (C ZK ) in an electrical DC link of a circuit operated on a mains voltage V ac , the circuit comprising a power factor correction filter (PFC) and an inverter , the DC link capacitor (C ZK ) to be monitored being between the power factor correction filter (PFC) and the inverter , wherein, during the operation of the circuit , the DC link capacitance C of the DC link capacitor (C ZK ) is determined at least at certain time intervals over the operating time by measuring a power ripple W of a DC link voltage (V ZK ), which DC link voltage arises at the DC link capacitor (C ZK ), said power ripple pulsing at twice the frequency of the mains voltage, and the remaining service life or the service life end and/or usability end of the DC link capacitor (C ZK ) is determined, by means of an evaluation circuit , from the DC link capacitance C determined in this way, wherein the power factor correction filter (PFC) is an active power factor correction filter, and the power of the power factor correction filter consumed over a mains half-wave is detected by means of the mains input voltage that was determined previously in order to regulate the power factor correction filter (PFC) and the input current i Netz already determined for this purpose.
A pair of zinc finger nucleases that cleaves an albumin gene, wherein the pair of zinc finger nucleases comprise a first and second zinc finger nuclease, wherein the first zinc finger nuclease comprises multiple engineered zinc-finger binding domains that bind to a target site in SEQ ID NO: 127 and the second zinc finger nuclease comprises multiple engineered zing-finger binding domains that bind to a target site in SEQ ID NO: 128.
A frozen confection comprising: • freezing point depressant in an amount of 1 to 30 wt%; • pulse protein in an amount of 0.4 to 10 wt%; and • lysine monomer, wherein the weight ratio of pulse protein to lysine monomer is from 3:1 to 8:1. • freezing point depressant in an amount of 1 to 30 wt%; • pulse protein in an amount of 0.4 to 10 wt%; and • lysine monomer,
An ultrasonic instrument comprising: (a) a body; (b) a shaft assembly, wherein the shaft assembly extends distally from the body, wherein the shaft assembly comprises an acoustic waveguide, wherein the waveguide is configured to acoustically couple with an ultrasonic transducer; and (c) an end effector, wherein the end effector comprises: (i) an ultrasonic blade in acoustic communication with the waveguide, (ii) a clamp arm pivotally coupled with the shaft assembly, wherein the clamp arm further comprises a proximal portion and an elongated distal portion , and (iii) a clamp pad , wherein the clamp pad is configured to removably couple with the clamp arm while the clamp arm is pivotally coupled to the shaft assembly, wherein the elongated distal portion of the clamp arm further comprises a narrowed portion and an outwardly protruding head , wherein the narrowed portion is located proximally in relation to a protruding head, wherein the clamp pad further comprises an elastomeric tube, wherein the elastomeric tube is configured to slide over the protruding head . (a) a body; (b) a shaft assembly, wherein the shaft assembly extends distally from the body, wherein the shaft assembly comprises an acoustic waveguide, wherein the waveguide is configured to acoustically couple with an ultrasonic transducer; and (c) an end effector, wherein the end effector comprises: (i) an ultrasonic blade in acoustic communication with the waveguide, (ii) a clamp arm pivotally coupled with the shaft assembly, wherein the clamp arm further comprises a proximal portion and an elongated distal portion , and (iii) a clamp pad , wherein the clamp pad is configured to removably couple with the clamp arm while the clamp arm is pivotally coupled to the shaft assembly, (i) an ultrasonic blade in acoustic communication with the waveguide, (ii) a clamp arm pivotally coupled with the shaft assembly, wherein the clamp arm further comprises a proximal portion and an elongated distal portion , and (iii) a clamp pad , wherein the clamp pad is configured to removably couple with the clamp arm while the clamp arm is pivotally coupled to the shaft assembly, wherein the elongated distal portion of the clamp arm further comprises a narrowed portion and an outwardly protruding head , wherein the narrowed portion is located proximally in relation to a protruding head, wherein the clamp pad further comprises an elastomeric tube, wherein the elastomeric tube is configured to slide over the protruding head .
Stereolithographic method for making a three-dimensional object through the superimposition of a succession of layers (1-5) obtained from a liquid material suited to be solidified following exposure to predefined radiation , particularly a laser beam, said method comprising the operation of defining a geometric representation of each layer of said succession of layers (1-5), and further comprising the following sequence of operations, carried out for at least one reference layer of said succession of layers (1-5): - selecting one or more layers preceding said reference layer according to said succession of layers (1-5); - defining a first mask area corresponding to the logical conjunction of the geometric representations of said reference layer and of said one or more layers reproduced on the plane of said reference layer ; - exposing said liquid material to said predefined radiation in said first mask area ; characterized in that said sequence of operations comprises, before the operation of defining said first mask area , the operation of modifying the geometric representations of said one or more layers in such a way as to extend them with corresponding additional portions that project with respect to the geometric representations of the respective layers as configured before said modification, wherein said additional portions are defined in such a way as to compensate for the reduced solidifying effect of said predefined radiation on said liquid material due to the penetration of said predefined radiation in said liquid material down to the depths corresponding to said one or more layers , so that the outline of the portion of said three-dimensional object obtained following the solidification of said group of layers approximates more precisely the outline of said three-dimensional object compared to that which would be obtained in the absence of said additional portions . - selecting one or more layers preceding said reference layer according to said succession of layers (1-5); - defining a first mask area corresponding to the logical conjunction of the geometric representations of said reference layer and of said one or more layers reproduced on the plane of said reference layer ; - exposing said liquid material to said predefined radiation in said first mask area ;
Process for casting metal comprising the process steps of - providing metal melt in a casting furnace , - filling the metal melt from the casting furnace into a casting mold , - actively interrupting a fluid connection between the casting furnace and the casting mold by a rotation of a piston around a longitudinal housing axis in an adapter housing , - venting the casting furnace , - actively aerating the fluid connection. - providing metal melt in a casting furnace , - filling the metal melt from the casting furnace into a casting mold , - actively interrupting a fluid connection between the casting furnace and the casting mold by a rotation of a piston around a longitudinal housing axis in an adapter housing , - venting the casting furnace , - actively aerating the fluid connection.
A coulter system used, in particular, for agricultural tillage, which coulter system has at least one coulter stem , one coulter tip detachably mounted thereto, and at least one guide plate and/or further components working together therewith and/or being in interaction therewith, wherein the coulter tip has - a first portion having a cutting edge ; - a second portion following the first portion and having a running surface ; - a third fastening portion following the second portion ; as well as - a maximum width which corresponds to between the single and maximally the double of the width of the coulter stem to which the coulter tip is detachably mounted; wherein the fastening portion of the coulter tip is detachably mounted between the guide plate assigned to the coulter system and the coulter stem , characterised in that the first portion and the second portion together have a length which corresponds to at least the fivefold of the width of the cutting edge . - a first portion having a cutting edge ; - a second portion following the first portion and having a running surface ; - a third fastening portion following the second portion ; as well as - a maximum width which corresponds to between the single and maximally the double of the width of the coulter stem to which the coulter tip is detachably mounted; wherein the fastening portion of the coulter tip is detachably mounted between the guide plate assigned to the coulter system and the coulter stem , characterised in that the first portion and the second portion together have a length which corresponds to at least the fivefold of the width of the cutting edge .
A treatment device, in particular for aesthetic treatment, comprising: a power source (75; 105); a control system ; a switching device and an energy storage device configured for providing a signal to a magnetic field generating device ; the magnetic field generating device connected to the energy storage device wherein the magnetic field generating device is configured to provide magnetic treatment comprising a time-varying magnetic field having magnetic impulses with impulse duration in a range of 3 μs to 3 ms, magnetic flux density in a range of 0.1 to 7 Tesla and a repetition rate of the magnetic impulses in the range of 0.1 Hz to 700 Hz in order to provide muscle contraction to a body area; characterized in that, the device further comprises: an RF electrode connected to the power source; the RF electrode configured to provide radiofrequency treatment in form of radiofrequency waves in order to provide heating of the body area; the RF electrode includes a plurality of openings (115; 117) in a body of the RF electrode; wherein the RF electrode has a border ratio, defined as ratio between a circumference and an area of the RF electrode , in a range of 10 m -1 to 20 000 m -1 , wherein the RF electrode is positioned between the magnetic field generating device and patient's body area. a power source (75; 105); a control system ; a switching device and an energy storage device configured for providing a signal to a magnetic field generating device ; the magnetic field generating device connected to the energy storage device wherein the magnetic field generating device is configured to provide magnetic treatment comprising a time-varying magnetic field having magnetic impulses with impulse duration in a range of 3 μs to 3 ms, magnetic flux density in a range of 0.1 to 7 Tesla and a repetition rate of the magnetic impulses in the range of 0.1 Hz to 700 Hz in order to provide muscle contraction to a body area; the device further comprises: an RF electrode connected to the power source; the RF electrode configured to provide radiofrequency treatment in form of radiofrequency waves in order to provide heating of the body area; the RF electrode includes a plurality of openings (115; 117) in a body of the RF electrode; an RF electrode connected to the power source; the RF electrode configured to provide radiofrequency treatment in form of radiofrequency waves in order to provide heating of the body area; the RF electrode includes a plurality of openings (115; 117) in a body of the RF electrode; wherein the RF electrode has a border ratio, defined as ratio between a circumference and an area of the RF electrode , in a range of 10 m -1 to 20 000 m -1 , wherein the RF electrode is positioned between the magnetic field generating device and patient's body area.
A method for selecting a route for a group of vehicles, characterized in that the method comprises: identifying a plurality of available platoon configurations for the group of vehicles; determining a plurality of route options from a first location to a second location, each route option comprising a plurality of segments; determining , for each of the plurality of segments of the plurality of route options, whether the respective segment supports at least one of the identified platoon configurations; selecting , from among the plurality of route options, a route for which each segment of the selected route has been determined to support at least one of the identified platoon configurations; and communicating the selected route to at least one vehicle in the group of vehicles. identifying a plurality of available platoon configurations for the group of vehicles; determining a plurality of route options from a first location to a second location, each route option comprising a plurality of segments; determining , for each of the plurality of segments of the plurality of route options, whether the respective segment supports at least one of the identified platoon configurations; selecting , from among the plurality of route options, a route for which each segment of the selected route has been determined to support at least one of the identified platoon configurations; and communicating the selected route to at least one vehicle in the group of vehicles.
A flexible film article, comprising a film body having a first surface , a second surface opposite to said first surface , and at least one surrounding surface extending from said first surface to said second surface and defining at least one through hole extending through said film body , said flexible film article wherein each one of said at least one trough holes comprises a central member spaced apart from said surrounding surface ; a plurality of spaced-apart extending members , each of which having a first end connected to said surrounding surface and a second end opposite to said first end and connected to said central member , said central member , said spaced-apart extending members and said surrounding surface of said film body cooperatively defining a micropore ; said central member driving said extending members together therewith to move away from said film body when a gaseous substance permeates through micropore ; said extending members and said central member cooperatively defining a funnel-shaped space indented from one of said first surface and said second surface towards the other of said first surface and said second surface when said central member drives said extending members together therewith to move away from said film body ; and said central member and said extending members are coplanar when no gaseous substance permeates through said micropore .
A method of manufacturing a vacuum device , wherein the vacuum device has a device component , in particular a pump component, a control apparatus , in particular a drive device, for the device component , and an interface for connecting the control apparatus to the device component , wherein the control apparatus is configured to control the device component on the basis of at least a first configuration parameter and a second configuration parameter ; wherein the manufacturing method comprises that a permanent hardware identifier is provided at the device component and the control apparatus is configured to recognize the hardware identifier and to define the first configuration parameter on the basis of the hardware identifier , and that a software identifier is provided at the device component in a non-volatile memory and the control apparatus is configured to recognize the software identifier and to define the second configuration parameter on the basis of the software identifier so that both the first and the second configuration parameter can be automatically defined by the control device in the state connected to the device component . wherein the vacuum device has a device component , in particular a pump component, a control apparatus , in particular a drive device, for the device component , and an interface for connecting the control apparatus to the device component , wherein the control apparatus is configured to control the device component on the basis of at least a first configuration parameter and a second configuration parameter ; wherein the manufacturing method comprises that a permanent hardware identifier is provided at the device component and the control apparatus is configured to recognize the hardware identifier and to define the first configuration parameter on the basis of the hardware identifier , and that a software identifier is provided at the device component in a non-volatile memory and the control apparatus is configured to recognize the software identifier and to define the second configuration parameter on the basis of the software identifier so that both the first and the second configuration parameter can be automatically defined by the control device in the state connected to the device component .
A hole formation method comprising: a hole formation step of machining a portion to be processed of a workpiece material (W) by means of drilling to form a hole while a lubricant material for assisting machining process is in contact with at least one of a drill bit and the portion to be processed, wherein the lubricant material for assisting machining process has a sheet shape; wherein the drill bit includes at least one cutting edge and a leading flank adjacent to the cutting edge, the leading flank being set to have a surface roughness Ra of 2.0 μm or more and 3.0 μm or less, and when the portion to be processed is machined by means of drilling to form a hole, the lubricant material for assisting machining process is held on the leading flank . a hole formation step of machining a portion to be processed of a workpiece material (W) by means of drilling to form a hole while a lubricant material for assisting machining process is in contact with at least one of a drill bit and the portion to be processed, wherein the lubricant material for assisting machining process has a sheet shape; wherein the drill bit includes at least one cutting edge and a leading flank adjacent to the cutting edge, the leading flank being set to have a surface roughness Ra of 2.0 μm or more and 3.0 μm or less, and when the portion to be processed is machined by means of drilling to form a hole, the lubricant material for assisting machining process is held on the leading flank .
A method of operating an electronic device to control an image display device , the method comprising: receiving uncompressed audio-visual content information and an enhanced service of content being broadcasted in the image display device, from a management server , wherein the uncompressed audio-visual content information is recognized through an automatic contents recognition, ACR, function; displaying the uncompressed audio-visual content information and the enhanced service on a chat window of a first application, wherein the first application is a messenger application performing a mutual message exchange function; receiving chatting content input into the chat window as a control command for executing the enhanced service displayed on the chat window, through an input unit included in the electronic device, wherein the control command includes a command for executing the enhanced service in the image display device; and displaying the chatting content with the uncompressed audio-visual content information and the enhanced service on the chat window of the first application; and transmitting the control command to the management server. receiving uncompressed audio-visual content information and an enhanced service of content being broadcasted in the image display device, from a management server , wherein the uncompressed audio-visual content information is recognized through an automatic contents recognition, ACR, function; displaying the uncompressed audio-visual content information and the enhanced service on a chat window of a first application, wherein the first application is a messenger application performing a mutual message exchange function; receiving chatting content input into the chat window as a control command for executing the enhanced service displayed on the chat window, through an input unit included in the electronic device, wherein the control command includes a command for executing the enhanced service in the image display device; and displaying the chatting content with the uncompressed audio-visual content information and the enhanced service on the chat window of the first application; and transmitting the control command to the management server.