mhurhangee/ep-ind-claims huggingface dataset:
A content server comprising: a processor configured to: obtain a media content component; identify an ownership of the media content component; and generate a Dynamic Adaptive Streaming over Hypertext Transfer Protocol (HTTP) (DASH) Media Presentation Description indicating storage locations of segments of the media content component, indicating instructions for displaying the segments of the media content component, and indicating ownership of the media content component, wherein the DASH MPD comprises ownership information associated with the media content and the ownership information comprises an operations list indicating operations a client is required to perform when displaying the media content component; a receiver coupled to the processor and configured to receive a request from the client for the media content component; and a transmitter coupled to the processor and configured to transmit the DASH MPD indicating the ownership of the media content component to the client in response to receiving the request. a processor configured to: obtain a media content component; identify an ownership of the media content component; and generate a Dynamic Adaptive Streaming over Hypertext Transfer Protocol (HTTP) (DASH) Media Presentation Description indicating storage locations of segments of the media content component, indicating instructions for displaying the segments of the media content component, and indicating ownership of the media content component, wherein the DASH MPD comprises ownership information associated with the media content and the ownership information comprises an operations list indicating operations a client is required to perform when displaying the media content component; obtain a media content component; identify an ownership of the media content component; and generate a Dynamic Adaptive Streaming over Hypertext Transfer Protocol (HTTP) (DASH) Media Presentation Description indicating storage locations of segments of the media content component, indicating instructions for displaying the segments of the media content component, and indicating ownership of the media content component, wherein the DASH MPD comprises ownership information associated with the media content and the ownership information comprises an operations list indicating operations a client is required to perform when displaying the media content component; a receiver coupled to the processor and configured to receive a request from the client for the media content component; and a transmitter coupled to the processor and configured to transmit the DASH MPD indicating the ownership of the media content component to the client in response to receiving the request.
A circuit configured for connecting an electrode to a catheter or sheath, said circuit comprising: a member having a longitudinal axis and configured to extend along at least a portion of the length of said catheter or sheath; a trace printed on said member, wherein said trace includes at least a longitudinal segment extending generally along at least a portion of said longitudinal axis and a transverse segment extending generally transverse to said longitudinal axis; and a pad integral with and extending from said member proximal said transverse segment of said trace wherein the transverse segment terminates into the pad, and said pad is configured to be rolled into a ring to form the electrode, a member having a longitudinal axis and configured to extend along at least a portion of the length of said catheter or sheath; a trace printed on said member, wherein said trace includes at least a longitudinal segment extending generally along at least a portion of said longitudinal axis and a transverse segment extending generally transverse to said longitudinal axis; and a pad integral with and extending from said member proximal said transverse segment of said trace wherein the transverse segment terminates into the pad, and said pad is configured to be rolled into a ring to form the electrode,
A resin vehicle door structure comprising: an outer panel (12, 14) that is disposed to a vehicle compartment outer side of a vehicle door; an inner panel that is made from resin, disposed to a vehicle compartment inner side of the outer panel (12, 14), and joined to the outer panel by an adhesive; characterized by further comprising: a protrusion portion that is provided to the inner panel and protrudes towards the vehicle compartment outer side; and a hole portion that is provided to the outer panel (12, 14) and that positions the outer panel (12, 14) in a vehicle door width direction with respect to the inner panel by interlocking with the protrusion portion, wherein the hole portion is an elongated hole formed longer along a vehicle up-down direction; and a gap is formed between the hole portion and the protrusion portion at least at an up-down direction lower side of the protrusion portion, in an interlocked state of the hole portion and the protrusion portion. an outer panel (12, 14) that is disposed to a vehicle compartment outer side of a vehicle door; an inner panel that is made from resin, disposed to a vehicle compartment inner side of the outer panel (12, 14), and joined to the outer panel by an adhesive; characterized by further comprising: a protrusion portion that is provided to the inner panel and protrudes towards the vehicle compartment outer side; and a hole portion that is provided to the outer panel (12, 14) and that positions the outer panel (12, 14) in a vehicle door width direction with respect to the inner panel by interlocking with the protrusion portion, wherein a protrusion portion that is provided to the inner panel and protrudes towards the vehicle compartment outer side; and a hole portion that is provided to the outer panel (12, 14) and that positions the outer panel (12, 14) in a vehicle door width direction with respect to the inner panel by interlocking with the protrusion portion, wherein the hole portion is an elongated hole formed longer along a vehicle up-down direction; and a gap is formed between the hole portion and the protrusion portion at least at an up-down direction lower side of the protrusion portion, in an interlocked state of the hole portion and the protrusion portion.
An abrasive wheel maker apparatus for forming a continuous single layer bonded abrasive wheel, comprising: a wheel substrate having a dispensing surface; an abrasive material dispenser configured to dispose a binder precursor onto a circular section of the dispensing surface and to dispose a plurality of abrasive particles at least partially within the binder precursor; and a rotation device configured to rotate the dispensing surface relative to the abrasive material dispenser; the apparatus being characterized in that if further comprises: a leveler configured to level the layer of the abrasive mixture at a leveling location, such that the layer has a substantially smooth surface; a compacting tool configured to compact the layer of the abrasive mixture at a compacting location, such that a density of the layer of abrasive mixture increases; a liquid dispenser configured to apply a liquid material from a liquid dispenser at a liquid dispensing station, to the compacted layer of abrasive mixture; a setting station configured to allow the layer of abrasive mixture and dispensed liquid to set. a wheel substrate having a dispensing surface; an abrasive material dispenser configured to dispose a binder precursor onto a circular section of the dispensing surface and to dispose a plurality of abrasive particles at least partially within the binder precursor; and a rotation device configured to rotate the dispensing surface relative to the abrasive material dispenser; the apparatus being characterized in that if further comprises: a leveler configured to level the layer of the abrasive mixture at a leveling location, such that the layer has a substantially smooth surface; a compacting tool configured to compact the layer of the abrasive mixture at a compacting location, such that a density of the layer of abrasive mixture increases; a liquid dispenser configured to apply a liquid material from a liquid dispenser at a liquid dispensing station, to the compacted layer of abrasive mixture; a setting station configured to allow the layer of abrasive mixture and dispensed liquid to set.
A method for locating the surface of a solid growth culture medium in a plate in a plate work position, wherein a sensor is rigidly mounted to a main frame, thereby defining a general location of the plate work position, the plate work position having a notional action line fixed in two dimensions (x,y) in a predetermined position and a datum level fixed in one dimension (z), wherein the datum level is a level that forms a part of a plate platform upon which the plate can be clamped and supported, the method including: ∼ placing the plate in the plate work position; ∼ using the sensor to sense the medium surface within a sensing region for the positioned plate and measuring an average distance to the medium surface within that sensing region; ∼ referencing the measured distance to the datum level to determine a surface positional reference relative to the datum level in one dimension (z) for the surface of the medium in the positioned plate; and ∼ using the surface positional reference and the notional action line to determine a line in three dimensions (x,y,z) that is representative of a line across the surface of the medium in the positioned plate. ∼ placing the plate in the plate work position; ∼ using the sensor to sense the medium surface within a sensing region for the positioned plate and measuring an average distance to the medium surface within that sensing region; ∼ referencing the measured distance to the datum level to determine a surface positional reference relative to the datum level in one dimension (z) for the surface of the medium in the positioned plate; and ∼ using the surface positional reference and the notional action line to determine a line in three dimensions (x,y,z) that is representative of a line across the surface of the medium in the positioned plate.
A beam for use in a piece of construction equipment, the beam having a longitudinal axis and comprising: a) a top panel, a bottom panel and two side panels (70, 80) connected together into a body, with two top corners (57, 58) and two bottom corners (76, 86); b) at least one of the panels being made from at least two pieces of material (52, 53) joined together, the two pieces of material having a different compressive strength per unit of length in a direction transverse to said longitudinal axis; c) the top panel being welded with full penetration welds to the two side panels to form the two top corners of the beam, with the welds occurring at the two top corners; and d) the bottom panel being welded with full penetration welds to the two side panels to form the two bottom corners of the beam, with the welds occurring at the two bottom corners. a) a top panel, a bottom panel and two side panels (70, 80) connected together into a body, with two top corners (57, 58) and two bottom corners (76, 86); b) at least one of the panels being made from at least two pieces of material (52, 53) joined together, the two pieces of material having a different compressive strength per unit of length in a direction transverse to said longitudinal axis; c) the top panel being welded with full penetration welds to the two side panels to form the two top corners of the beam, with the welds occurring at the two top corners; and d) the bottom panel being welded with full penetration welds to the two side panels to form the two bottom corners of the beam, with the welds occurring at the two bottom corners.
A shunt (100, 600, 700, 900, 1010) comprising: a first terminal (104, 606, 708, 902); a second terminal (106, 612, 710, 902); and a shunt bus (102, 406, 506, 604, 704, 902) including a shunt element (404, 508); and a conductive channel (108, 110, 302, 304, 306, 308, 408, 608, 702, 702, 1012, 1014) electrically connected to the first terminal and the shunt bus, the conductive channel comprising a protrusion from at least one of the first terminal or the shunt bus, the protrusion having an elliptical shape and being disposed between the first terminal and the shunt bus; and wherein the shunt bus is electrically connected to the conductive channel at a first end of the shunt bus and is electrically connected to the second terminal at a second end of the shunt bus. a first terminal (104, 606, 708, 902); a second terminal (106, 612, 710, 902); and a shunt bus (102, 406, 506, 604, 704, 902) including a shunt element (404, 508); and a conductive channel (108, 110, 302, 304, 306, 308, 408, 608, 702, 702, 1012, 1014) electrically connected to the first terminal and the shunt bus, the conductive channel comprising a protrusion from at least one of the first terminal or the shunt bus, the protrusion having an elliptical shape and being disposed between the first terminal and the shunt bus; and wherein the shunt bus is electrically connected to the conductive channel at a first end of the shunt bus and is electrically connected to the second terminal at a second end of the shunt bus.
Apparatus for locating bubbles in a subject, the apparatus comprising a pressure wave generator arranged to generate pressure waves at a generator frequency, a plurality of pressure wave detectors arranged to operate as passive detectors to generate output signals in response to the receipt of pressure waves generated at a source comprising a plurality of bubbles, and processing means arranged to receive the output signals from the detectors, characterized in that the detectors are arranged in an array and arranged to be electronically focused, and in that the processing means is arranged to determine from the output signals, using a set of cross correlations of pairs of the output signals, the position of the source thereby to generate a map of the source.
Arrangement for crush protection and for sealing a sliding swing door of a vehicle at the secondary closing edge which, in closed condition of the door, is facing an edge running from bottom to top at the side of a door opening, having - an edge of a door opening; - a sliding swing door with a secondary closing edge; - a sensor element running from bottom to top at the front side of the secondary closing edge for detecting a crush situation; and - a sealing element running from bottom to top additionally arranged at the secondary closing edge; the sensor element and the sealing element being separated from each other, characterised in that - the sealing element is arranged inside with respect to the sensor element; and - in closed condition of the sliding swing door, the sensor element is in contact with the edge of the door opening, the edge and the sensor element having no gap between them at the vehicle exterior side and, at the vehicle exterior side, the sensor element being formed as a sealing. - an edge of a door opening; - a sliding swing door with a secondary closing edge; - a sensor element running from bottom to top at the front side of the secondary closing edge for detecting a crush situation; and - a sealing element running from bottom to top additionally arranged at the secondary closing edge; - the sealing element is arranged inside with respect to the sensor element; and - in closed condition of the sliding swing door, the sensor element is in contact with the edge of the door opening, the edge and the sensor element having no gap between them at the vehicle exterior side and, at the vehicle exterior side, the sensor element being formed as a sealing.
A multi-purpose work machine moving on chain tracks, wherein the machine comprises an upper carriage and below it an undercarriage, which comprises frame modules (A1, A100, A3) which are interconnected and of which the first frame module comprises a bearing ring for a cabin of the upper carriage, whereby the cabin together with a boom may be freely turned, the cabin structure comprising the boom rotating with it, to which a tool such as a bucket may be hooked up, a second frame module has been pivotally connected to the first frame module, and between the modules (A1, A3) there are cylinders (n1, n2) by means of which the frame steering of the machine takes place, the first frame module comprises on both its sides chain track sets, both of which are supported by their supports and pivoted to rock (arrow S1) around the transverse axis (z) by means of a bearing on the support, whereby the machine moves smoothly in a varying terrain, and the second frame module comprises a frame and in it longitudinal frame beams and chain track sets on both sides of the frame, which are pivoted to rock (arrow S1) supported by their supports and bearings on the support around the transverse Z axis, and that for both chain track sets of at least the first frame module there is a drive motor to move its chain track, characterised in that the frame of the second frame module comprises on top of ta load unit which is an interchangeable platform.
A method of manufacturing a fibre-reinforced blade for a wind energy plant, said blade being configured with at least a blade shell and means for conducting to earth adapted for conducting a lightning current to an earth connection, wherein the method comprises that the blade is provided with bands or strips comprising segmented conductor means that are configured for conducting a lightning current outside the blade to the means for conducting current to earth; and wherein the method being characterised in that it comprises the steps: a) arrangement of segmented conductor means on a mould; b) laying of fibres on the mould, including on top of the conductor means; c) attachment of the fibres and the conductor means by resin whereby the conductor means are distributed and secured at the external surface of the blade shell in such a manner that the conductor means are essentially flush with the external surface of the blade shell. a) arrangement of segmented conductor means on a mould; b) laying of fibres on the mould, including on top of the conductor means; c) attachment of the fibres and the conductor means by resin
Notching tool, in particular for working plastic or aluminum profiles, comprising a tool body formed by several basic bodies, the tool body having at least a first working area for notching a first contour area, and at least a second working area for notching a second contour area, wherein the first working area has geometrically undefined blades, and the tool body is formed by several basic bodies arranged concentrically to one another, the basic bodies being arranged releasably on a driven shaft and turning therewith, characterized in that at least two geometrically defined blades are provided for at least a part of the second working area the respective intentional cutting direction of which is in opposite direction.
Method for providing assistance to a vehicle in parking in a parking space which is arranged transversally with respect to a carriageway and is bounded on each of its two sides by an associated boundary, having the steps: - measuring the parking space by means of a measuring device, - defining a parked position of the vehicle inside the parking space by means of an evaluation device, and - determining a parking path of the vehicle into the parked position by means of the evaluation device, characterized in that the width (b) of the parking space being delivered by the measuring device is compared with a predefined minimum width (b-min) which is stored in the evaluation device, in that if the width (b) is less than or equal to the minimum width (b-min), a parked position is defined which is not at a substantial distance from the central longitudinal axis of the parking space, and in that when the predefined minimum width (b-min) of the parking space is exceeded by the evaluation device, the parked position is defined at a lateral distance (d) from the central longitudinal axis of the parking space. - measuring the parking space by means of a measuring device, - defining a parked position of the vehicle inside the parking space by means of an evaluation device, and - determining a parking path of the vehicle into the parked position by means of the evaluation device,
Golf ball cleaning device comprising: a housing (201, 202), a feeder mechanism extending through the housing to a cleaning mechanism within the housing (201, 202) and a stationary cleaning position for the golf ball at the cleaning mechanism, where the golf ball may be cleaned without translational movement with respect to the cleaning mechanism, wherein the feeder mechanism is con-figured to feed a single golf ball into the cleaning mechanism, and wherein the cleaning mechanism is automatically activated for a predetermined amount of time by the presence of a golf ball within the cleaning mechanism. a housing (201, 202), a feeder mechanism extending through the housing to a cleaning mechanism within the housing (201, 202) and a stationary cleaning position for the golf ball at the cleaning mechanism, where the golf ball may be cleaned without translational movement with respect to the cleaning mechanism, wherein the feeder mechanism is con-figured to feed a single golf ball into the cleaning mechanism, and wherein the cleaning mechanism is automatically activated for a predetermined amount of time by the presence of a golf ball within the cleaning mechanism.
A control method for a heat pump system of a multi-temperature zone air conditioning box, comprising: acquiring a temperature regulation mode and a target temperature for a vehicle, and a temperature adjustment demand and an outlet air temperature of each temperature zone of the vehicle, wherein the outlet air temperature is measured by a temperature sensor at an air outlet corresponding to the temperature zone; and adjusting an opening value of an air mixing damper in each temperature zone according to the temperature regulation mode, the target temperature, and the temperature adjustment demand and the outlet air temperature of each temperature zone, so that the outlet air temperature of each temperature zone reaches the target temperature; characterized in that the temperature adjustment demand of the temperature zone is determined according to air output at the air outlet corresponding to the temperature zone. acquiring a temperature regulation mode and a target temperature for a vehicle, and a temperature adjustment demand and an outlet air temperature of each temperature zone of the vehicle, wherein the outlet air temperature is measured by a temperature sensor at an air outlet corresponding to the temperature zone; and adjusting an opening value of an air mixing damper in each temperature zone according to the temperature regulation mode, the target temperature, and the temperature adjustment demand and the outlet air temperature of each temperature zone, so that the outlet air temperature of each temperature zone reaches the target temperature; characterized in that the temperature adjustment demand of the temperature zone is determined according to air output at the air outlet corresponding to the temperature zone.