mhurhangee/ep-ind-claims huggingface dataset:
A method of providing information for at least first and second presentations of encoded video data, the method comprising: receiving video files for each of the first and second presentations of a media presentation description, MPD file, wherein the files of the first and second presentations are temporally aligned such that, for the same scenes, files of the first presentation correspond to files of the second presentation and have the same duration, starting time, and ending time; providing an MPD with timing information comprising a value indicative of a number of entries and a corresponding number of entries having each a file duration and a number of continuous files having that file duration, to a client device; signaling in the MPD a first rendering capability, a first decoding capability, and a first average bitrate for the first presentation to the client device; signaling in the MPD a second rendering capability, a second decoding capability, and a second average bitrate for the second presentation to the client device; providing in the MPD a uniform resource locator for each of the files of the first and second presentations the uniform resource locator including a substitutable identifier of any one of the presentations; receiving an HTTP request specifying the uniform resource locator of one of the files in either the first presentation or second presentation from the client device wherein the request comprises a hypertext transfer protocol (HTTP) partial GET request specifying a byte range of one of the video files of the specified presentation; and sending the requested file to the client device using HTTP. receiving video files for each of the first and second presentations of a media presentation description, MPD file, wherein the files of the first and second presentations are temporally aligned such that, for the same scenes, files of the first presentation correspond to files of the second presentation and have the same duration, starting time, and ending time; providing an MPD with timing information comprising a value indicative of a number of entries and a corresponding number of entries having each a file duration and a number of continuous files having that file duration, to a client device; signaling in the MPD a first rendering capability, a first decoding capability, and a first average bitrate for the first presentation to the client device; signaling in the MPD a second rendering capability, a second decoding capability, and a second average bitrate for the second presentation to the client device; providing in the MPD a uniform resource locator for each of the files of the first and second presentations the uniform resource locator including a substitutable identifier of any one of the presentations; receiving an HTTP request specifying the uniform resource locator of one of the files in either the first presentation or second presentation from the client device wherein the request comprises a hypertext transfer protocol (HTTP) partial GET request specifying a byte range of one of the video files of the specified presentation; and sending the requested file to the client device using HTTP.
Device for fragmenting or homogenizing biological samples, comprising: - a tubular laboratory test vessel having an open first end and a second end closed by a bottom; - a closing lid for the laboratory test vessel connected to the open end of the laboratory test vessel; - a processing tool arranged in said closing lid, comprising a plurality of teeth (4a-c) and an agitating element having a guidance tube that is rotatably mounted through a central bore in the lid and includes an engagement portion that is adapted to be engaged by a drive motor; characterized in - three groups of teeth, wherein one set of at least one inner cutting blade is located between the outer and middle group of teeth and one set of at least one outer cutting blade is located at the periphery, the outermost position, of the processing tool and - a transportation element arranged at the guidance tube that extends outwardly in a helical shape over the outer cutting blade and which is / provided with slots fitting the outer cutting blades. - a tubular laboratory test vessel having an open first end and a second end closed by a bottom; - a closing lid for the laboratory test vessel connected to the open end of the laboratory test vessel; - a processing tool arranged in said closing lid, comprising a plurality of teeth (4a-c) and an agitating element having a guidance tube that is rotatably mounted through a central bore in the lid and includes an engagement portion that is adapted to be engaged by a drive motor; - three groups of teeth, wherein one set of at least one inner cutting blade is located between the outer and middle group of teeth and one set of at least one outer cutting blade is located at the periphery, the outermost position, of the processing tool and - a transportation element arranged at the guidance tube that extends outwardly in a helical shape over the outer cutting blade and which is / provided with slots fitting the outer cutting blades.
A method of forming a self-assembled electrical contact structure comprising the operations of: forming a contact pad on a substrate; exposing the substrate to a plurality of freely moving first particles which are able to move independently of each other, a surface of each of the contact pad and the first particles being formed such that at least one of the plurality of particles bonds to the contact pad at their respective surfaces to form a self-assembled structure, characterised in that the method further comprises:- applying a particle bonding layer to the surface of the plurality of first particles; and exposing the plurality of first particles to a plurality of smaller particles, a surface of the plurality of smaller particles being arranged to bond to the particle bonding layer of the plurality of first particles whereby the smaller particles bond to the first particles at their respective surfaces, the plurality of smaller particles providing a coarsened surface to the plurality of first particles. forming a contact pad on a substrate; exposing the substrate to a plurality of freely moving first particles which are able to move independently of each other, a surface of each of the contact pad and the first particles being formed such that at least one of the plurality of particles bonds to the contact pad at their respective surfaces to form a self-assembled structure, characterised in that the method further comprises:- applying a particle bonding layer to the surface of the plurality of first particles; and exposing the plurality of first particles to a plurality of smaller particles, a surface of the plurality of smaller particles being arranged to bond to the particle bonding layer of the plurality of first particles whereby the smaller particles bond to the first particles at their respective surfaces, the plurality of smaller particles providing a coarsened surface to the plurality of first particles. applying a particle bonding layer to the surface of the plurality of first particles; and exposing the plurality of first particles to a plurality of smaller particles, a surface of the plurality of smaller particles being arranged to bond to the particle bonding layer of the plurality of first particles whereby the smaller particles bond to the first particles at their respective surfaces, the plurality of smaller particles providing a coarsened surface to the plurality of first particles.
A service processing method, comprising: receiving, by a terminal, a first message, wherein the first message comprises first information of a first network slice, a priority corresponding to the first information, second information of a second network slice, and a priority corresponding to the second information; and preferentially processing, by the terminal, a service of the high-priority network slice based on the priorities when a service of the first network slice collides with a service of the second network slice, characterized by determining, by the terminal, a priority of a service type, and processing a service request of a network slice based on the determined priority of the service type. receiving, by a terminal, a first message, wherein the first message comprises first information of a first network slice, a priority corresponding to the first information, second information of a second network slice, and a priority corresponding to the second information; and preferentially processing, by the terminal, a service of the high-priority network slice based on the priorities when a service of the first network slice collides with a service of the second network slice, characterized by determining, by the terminal, a priority of a service type, and processing a service request of a network slice based on the determined priority of the service type.
A method of providing information relating to an agricultural field and / or an agricultural working means, comprising: receiving and / or collecting image data of an environment of an agricultural working means located on the agricultural field; characterised by receiving sensor data from a sensor arranged on the agricultural working means, wherein the sensor data comprises draft force data relating to the draft force required for dragging and / or pulling and / or pushing an agricultural implement of the agricultural working means; feeding an input, wherein the input comprises at least the image data and the sensor data, into a machine learning unit; receiving an output from the machine learning unit, wherein the output comprises a proposed classification of at least one object (110, 120) located in the environment of the agricultural working means or on the agricultural working means; and storing the classification of the object (110, 120) in an information database. receiving and / or collecting image data of an environment of an agricultural working means located on the agricultural field; characterised by receiving sensor data from a sensor arranged on the agricultural working means, wherein the sensor data comprises draft force data relating to the draft force required for dragging and / or pulling and / or pushing an agricultural implement of the agricultural working means; feeding an input, wherein the input comprises at least the image data and the sensor data, into a machine learning unit; receiving an output from the machine learning unit, wherein the output comprises a proposed classification of at least one object (110, 120) located in the environment of the agricultural working means or on the agricultural working means; and storing the classification of the object (110, 120) in an information database.
A fast-dissolving oral solid vaccine dosage form comprising: (a) an immunogenic amount of an antigenic preparation; and (b) at least one immune response potentiating matrix forming agent, wherein the at least one immune response potentiating matrix forming agent is a starch, and wherein the dosage form facilitates oral cavity uptake of an antigen within said antigenic preparation. (a) an immunogenic amount of an antigenic preparation; and (b) at least one immune response potentiating matrix forming agent,
A computer program product for causing one or more operations for recovering cross-direction caliper control performance during startup of a sheet making machine after a sheet break to be selectably performed, said sheet making machine having a proportional integral controller for providing feedback CD caliper control of actuators associated with a calender stack mounted on said sheet making machine, and said computer program product comprising: computer usable program code configured to allow the selection of one or more of said recovering caliper control operations to be performed during startup of the sheet making machine after said sheet break, said selectable operations selected from a group consisting of: an open loop conditioning of the calender stack with said feedback CD caliper control in a suspend state, said open loop conditioning comprising reapplying to said actuators setpoints saved before said sheet break that represent a heating gradient for conditioning said calender stack to achieve a previously determined caliper profile, said setpoints being reapplied to said actuators with a preselected dynamic compensation; and a closed loop change in a set of control tuning parameters of the PI controller, with said feedback CD caliper control in operation; and computer usable program code configured to perform said selected operations in a predetermined order during startup of said sheet making machine after said sheet break.
A fastening device comprising: a rotating inner tube comprising a proximal end, a distal end and at least one slot, the inner tube adapted to receive one or more fasteners, an advancing element within the inner tube which converts rotational motion of the inner tube to linear pushing force on said one or more fasteners towards the distal end of the inner tube by engaging with the non-rotating outer tube via the at least one slot, characterised in that, the inner tube is loadable with at least one fastener which matches the geometry of the inner tube and thus rotates during linear advancement and at least one fastener which does not rotate during linear advancement. a rotating inner tube comprising a proximal end, a distal end and at least one slot, the inner tube adapted to receive one or more fasteners, an advancing element within the inner tube which converts rotational motion of the inner tube to linear pushing force on said one or more fasteners towards the distal end of the inner tube by engaging with the non-rotating outer tube via the at least one slot,
Facility for refuelling motor vehicles with a fluid which serves as fuel and which is composed of liquefied gas, in particular liquefied natural gas, comprising at least one storage container, a cooling device, at least one conveying device by means of which the fluid can be fed from the storage container to at least one refuelling facility for motor vehicles, and at least one line which serves for the feed of the fluid to the refuelling facility, wherein the line has a media-conducting central pipeline as medium pipe and has at least one further media-conducting outer pipeline which is arranged concentrically with respect to the central pipeline and which, together with the enclosed pipeline, delimits an annular space, wherein the central pipeline and at least one annular chamber (9, 10) serve for the feed and return of the fluid or of a gas flow, and in that the outer pipeline is surrounded by a jacket pipe, wherein the jacket pipe is thermally insulated with respect to the outer pipeline and the central pipeline is formed as a metallic corrugated pipe such that the central pipeline and at least one media-conducting annular space (9, 10) are not thermally insulated with respect to one another, characterized in that, between the central pipeline and the outer pipeline, there is arranged a further pipeline which divides the annular space into an inner annular space and an outer annular space.
A method for determining at least one gas condition at a location in a combustion chamber of a power plant or a combined heat and power plant by means of a laser pulse, the method comprising: emitting the laser pulse into the chamber, determining a first point of time at which the laser pulse is emitted into the chamber, detecting laser light backscattered by gas molecules at the location in the chamber, determining a second point of time at which the laser light backscattered by the gas molecules is detected, determining the location based on the first point of time, the second point of time, and a pulse length of the laser pulse, and determining the at least one gas condition at the location based on at least one characteristic of the backscattered laser light detected at the second point of time. emitting the laser pulse into the chamber, determining a first point of time at which the laser pulse is emitted into the chamber, detecting laser light backscattered by gas molecules at the location in the chamber, determining a second point of time at which the laser light backscattered by the gas molecules is detected, determining the location based on the first point of time, the second point of time, and a pulse length of the laser pulse, and determining the at least one gas condition at the location based on at least one characteristic of the backscattered laser light detected at the second point of time.
An induction furnace system comprising a crucible, an active induction coil (L 1) and a passive induction coil (L 2) surrounding the crucible, the passive induction coil (L 2) being connected in parallel with a capacitor (C 2) to form a parallel L-C tank circuit, and a power supply having an ac output connected across the terminals of the active induction coil (L 1) to supply a first ac current to the active induction coil (L 1), characterized in that the active induction coil (L 1) and passive induction coil (L 2) surround partial sections of the crucible in a non-overlapped arrangement to create a magnetic coupling between the active and passive induction coils (L 1, L 2) when the first ac current flows through the active induction coil (L 1 to induce a second ac current in the passive induction coil (L 2) to inductively heat and melt electrically conductive material placed in the crucible.
A fixing bracket for a photographing device, comprising: a rod member; a sliding member; a plurality of supporting feet; and a supporting frame; wherein the sliding member is slidably sleeved on an outer surface of the rod member, top ends of the plurality of the supporting feet are hinged to the sliding member, and the supporting feet are swingable with respect to the sliding member; at least one limiting protrusion is disposed on the outer surface of the rod member close to a bottom end of the rod member, the at least one limiting protrusion is configured to block the sliding member or the supporting feet from sliding towards the bottom end of the rod member, the at least one limiting protrusion is disposed between the sliding member and the bottom end of the rod member, the supporting frame comprises a plurality of connecting rods, top ends of the plurality of the connecting rods are hinged with the supporting feet, and bottom ends of the connecting rods are hinged with the bottom end of the rod member; the at least one limiting protrusion is at least one structure outwardly protruding from the rod member, wherein the at least one limiting protrusion is at least one convex hull on the outer surface of the rod member, or the at least one limiting protrusion is an annular convex rib surrounding the outer surface of the rod member, characterized in that the at least one convex hull or the annular convex rib is directly formed by extending a wall body of the rod member in an outward direction. a rod member; a sliding member; a plurality of supporting feet; and a supporting frame; wherein the sliding member is slidably sleeved on an outer surface of the rod member, top ends of the plurality of the supporting feet are hinged to the sliding member, and the supporting feet are swingable with respect to the sliding member; at least one limiting protrusion is disposed on the outer surface of the rod member close to a bottom end of the rod member, the at least one limiting protrusion is configured to block the sliding member or the supporting feet from sliding towards the bottom end of the rod member, the at least one limiting protrusion is disposed between the sliding member and the bottom end of the rod member, the supporting frame comprises a plurality of connecting rods, top ends of the plurality of the connecting rods are hinged with the supporting feet, and bottom ends of the connecting rods are hinged with the bottom end of the rod member; the at least one limiting protrusion is at least one structure outwardly protruding from the rod member, wherein the at least one limiting protrusion is at least one convex hull on the outer surface of the rod member, or the at least one limiting protrusion is an annular convex rib surrounding the outer surface of the rod member, characterized in that the at least one convex hull or the annular convex rib is directly formed by extending a wall body of the rod member in an outward direction.
A communication system for receiving and transmitting communication signals, comprising a data network, at least two proxy devices coupled to the data network, wherein the at least two proxy devices are configured for digital certificate authentication by transmitting a digital certificate to a digital certification server configured to authenticate the digital certificate, and at least two resources, wherein each proxy device of the at least two proxy devices is coupled to a respective resource of the at least two resources, wherein the at least two resources are communicatively coupled to the data network via the at least two proxy devices, wherein an only channel for communication with the at least two resources is through the respective proxy device, and wherein the at least two proxy devices are configured to allow or disallow a communication between the data network and the at least two resources based on digital certificate authentication. a data network, at least two proxy devices coupled to the data network,
An apparatus comprising: at least one camera; means for determining a viewing angle associated with the at least one camera; means for determining from at least two audio signals at least one audio source orientation relative to the apparatus; and means for generating at least one spatial filter defining a first orientation range associated with the viewing angle and a second orientation range associated with outside of the viewing angle so as to control the level of the at least one audio source dependent on whether the at least one audio source is located within or outside the viewing angle; means for displaying a representation of the viewing angle on a touch screen, wherein the representation of the viewing angle comprises an indication of a respective gain value for at least one of the first and second orientation ranges, and means for receiving, via a portion of the touch screen caused to display said representation of the viewing angle, a user interface input that comprises an indication of a change in said gain value to control the level of the at least one audio source dependent of whether the at least one audio source is within or outside the viewing angle. at least one camera; means for determining a viewing angle associated with the at least one camera; means for determining from at least two audio signals at least one audio source orientation relative to the apparatus; and means for generating at least one spatial filter defining a first orientation range associated with the viewing angle and a second orientation range associated with outside of the viewing angle so as to control the level of the at least one audio source dependent on whether the at least one audio source is located within or outside the viewing angle; means for displaying a representation of the viewing angle on a touch screen, wherein the representation of the viewing angle comprises an indication of a respective gain value for at least one of the first and second orientation ranges, and means for receiving, via a portion of the touch screen caused to display said representation of the viewing angle, a user interface input that comprises an indication of a change in said gain value to control the level of the at least one audio source dependent of whether the at least one audio source is within or outside the viewing angle.