mhurhangee/ep-ind-claims huggingface dataset:
A display method to display an interest area of an ultrasound image displayed on a touch screen, comprising: - providing, on the ultrasound image, at least a first moveable object (1301; 1711) having a first area (1300; 1710), which defines an extended touch recognition range with respect to the first moveable object (1301; 1711); - receiving a touch-and-drag input, by recognizing that the first movable object (1301; 1711) is touched when the touch screen is touched in the extended touch recognition range of the first area (1300; 1710) outside the first moveable object; and - displacing the first movable object (1301; 1711) in correspondence with the received touch-and-drag input with respect to the ultrasound image, characterised by - defining the extended touch recognition range with respect to the first moveable object (1301; 1711) by a boundary of the first area (1300; 1710), which encloses the first moveable object (1301; 1711), - wherein the receiving the touch-and-drag input comprises receiving an input of a touch-point within the boundary of the first area (1300; 1710). - providing, on the ultrasound image, at least a first moveable object (1301; 1711) having a first area (1300; 1710), which defines an extended touch recognition range with respect to the first moveable object (1301; 1711); - receiving a touch-and-drag input, by recognizing that the first movable object (1301; 1711) is touched when the touch screen is touched in the extended touch recognition range of the first area (1300; 1710) outside the first moveable object; and - displacing the first movable object (1301; 1711) in correspondence with the received touch-and-drag input with respect to the ultrasound image, characterised by - defining the extended touch recognition range with respect to the first moveable object (1301; 1711) by a boundary of the first area (1300; 1710), which encloses the first moveable object (1301; 1711), - wherein the receiving the touch-and-drag input comprises receiving an input of a touch-point within the boundary of the first area (1300; 1710).
. A three-dimensional printing method, comprising: selectively applying a liquid functional agent including an energy source material; applying a metallic or ceramic build material; wherein the liquid functional agent is selectively applied any of before the metallic or ceramic build material, after the metallic or ceramic build material, or both before and after the metallic or ceramic build material, and wherein the liquid functional agent patterns the metallic or ceramic build material to form a composite layer; exposing at least some of the metallic or ceramic build material to energy; and initiating a reaction involving the energy source material to alter a thermal condition of the composite layer; wherein the reaction involving the energy source material is an exothermic reaction that supplies additional energy to the composite layer and generates a gaseous byproduct; wherein the energy source material is a reactant including a fuel and an oxidizer, and wherein the initiating of the reaction is accomplished by the exposing of the composite layer to the energy; or wherein the energy source material is a reactant fuel, and wherein the initiating of the reaction is accomplished by exposing the composite layer to an oxidizer and by the exposing of the composite layer to the energy; or wherein the energy source material is a reactant fuel, and wherein the initiating of the reaction is accomplished by exposing the composite layer to an oxidizer. selectively applying a liquid functional agent including an energy source material; applying a metallic or ceramic build material; wherein the liquid functional agent is selectively applied any of before the metallic or ceramic build material, after the metallic or ceramic build material, or both before and after the metallic or ceramic build material, and wherein the liquid functional agent patterns the metallic or ceramic build material to form a composite layer; exposing at least some of the metallic or ceramic build material to energy; and initiating a reaction involving the energy source material to alter a thermal condition of the composite layer; wherein the reaction involving the energy source material is an exothermic reaction that supplies additional energy to the composite layer and generates a gaseous byproduct; wherein the energy source material is a reactant including a fuel and an oxidizer, and wherein the initiating of the reaction is accomplished by the exposing of the composite layer to the energy; or wherein the energy source material is a reactant fuel, and wherein the initiating of the reaction is accomplished by exposing the composite layer to an oxidizer and by the exposing of the composite layer to the energy; or wherein the energy source material is a reactant fuel, and wherein the initiating of the reaction is accomplished by exposing the composite layer to an oxidizer.
A method of processing video data, the method comprising: generating at least one interpolated frame; adding the interpolated frame to a list of reference frames, wherein adding the interpolated frame to the list of reference frames comprises adding the interpolated frame to the list of reference frames at a specified position in the list; identifying a plurality of reference frames comprising said interpolated frame and a plurality of non-interpolated frames, wherein the plurality of reference frames comprises the list of reference frames comprising the interpolated frame, and wherein the specified position identifies the frame in the specified position as an interpolated frame; and encoding at least a portion of a frame based at least on a plurality of frames from the list of reference frames including a portion of the interpolated frame in the list of reference frames, wherein a same field in the encoded at least a portion of a frame is used to indicate encoding using one of the plurality of non-interpolated reference frames by indicating a position in the list of reference frames other than the specified position and to indicate encoding using the interpolated frame by indicating the specified position in the list of reference frames. generating at least one interpolated frame; adding the interpolated frame to a list of reference frames, wherein adding the interpolated frame to the list of reference frames comprises adding the interpolated frame to the list of reference frames at a specified position in the list; identifying a plurality of reference frames comprising said interpolated frame and a plurality of non-interpolated frames, wherein the plurality of reference frames comprises the list of reference frames comprising the interpolated frame, and wherein the specified position identifies the frame in the specified position as an interpolated frame; and encoding at least a portion of a frame based at least on a plurality of frames from the list of reference frames including a portion of the interpolated frame in the list of reference frames, wherein a same field in the encoded at least a portion of a frame is used to indicate encoding using one of the plurality of non-interpolated reference frames by indicating a position in the list of reference frames other than the specified position and to indicate encoding using the interpolated frame by indicating the specified position in the list of reference frames.
Thermal line for transmitting an electrical signal, comprising: a first core and a second core, a first core insulation material and a second core insulation material and also an external insulation material, wherein the first core and the second core are designed from different materials, wherein the first core is sheathed at least once by the first core insulation material and forms a first line element, and the second core is sheathed at least once by the second core insulation material and is separately sheathed at least once by the external insulation material and forms a second line element, wherein the first line element has a first outside diameter and the second line element has a second outside diameter, wherein the first outside diameter differs from the second outside diameter, and wherein the two line elements (2, 3) are jointly sheathed at least once by the external insulation material, in such a way that the cross section of the thermal line has a coding which is secured against reversal. a first core and a second core, a first core insulation material and a second core insulation material and also an external insulation material, wherein the first core and the second core are designed from different materials, wherein the first core is sheathed at least once by the first core insulation material and forms a first line element, and the second core is sheathed at least once by the second core insulation material and is separately sheathed at least once by the external insulation material and forms a second line element, wherein the first line element has a first outside diameter and the second line element has a second outside diameter, wherein the first outside diameter differs from the second outside diameter, and wherein the two line elements (2, 3) are jointly sheathed at least once by the external insulation material, in such a way that the cross section of the thermal line has a coding which is secured against reversal.
A vertical cavity surface emitting device comprising: a substrate; a first multilayer film reflecting mirror formed on the substrate; a light-emitting structure layer that is formed on the first multilayer film reflecting mirror and includes a light-emitting layer; and a second multilayer film reflecting mirror formed on the light-emitting structure layer, a resonator being constituted between the second multilayer film reflecting mirror and the first multilayer film reflecting mirror, wherein the light-emitting structure layer includes a low resistance region and a high resistance region, the low resistance region is disposed in a ring shape between the first multilayer film reflecting mirror and the second multilayer film reflecting mirror, and the high resistance region is formed inside the low resistance region and has an electrical resistance higher than an electrical resistance of the low resistance region, characterized in that the resonator includes a ring-shaped region, a central region, and an outer region, the ring-shaped region corresponds to the low resistance region of the light-emitting structure layer and extends between the first and the second multilayer film reflecting mirrors, the central region is disposed corresponding to the high resistance region inside the ring-shaped region, and the outer region is disposed outside the ring-shaped region, and the central region and the outer region have equivalent refractive indexes lower than an equivalent refractive index of the ring-shaped region. a substrate; a first multilayer film reflecting mirror formed on the substrate; a light-emitting structure layer that is formed on the first multilayer film reflecting mirror and includes a light-emitting layer; and a second multilayer film reflecting mirror formed on the light-emitting structure layer, a resonator being constituted between the second multilayer film reflecting mirror and the first multilayer film reflecting mirror, wherein the light-emitting structure layer includes a low resistance region and a high resistance region, the low resistance region is disposed in a ring shape between the first multilayer film reflecting mirror and the second multilayer film reflecting mirror, and the high resistance region is formed inside the low resistance region and has an electrical resistance higher than an electrical resistance of the low resistance region, characterized in that the resonator includes a ring-shaped region, a central region, and an outer region, the ring-shaped region corresponds to the low resistance region of the light-emitting structure layer and extends between the first and the second multilayer film reflecting mirrors, the central region is disposed corresponding to the high resistance region inside the ring-shaped region, and the outer region is disposed outside the ring-shaped region, and the central region and the outer region have equivalent refractive indexes lower than an equivalent refractive index of the ring-shaped region.
Device for a system for traffic monitoring of vehicles in road traffic, wherein the device comprises a first mounting frame and a second mounting frame, which are arranged in at least one housing which is provided with at least one door, wherein the first mounting frame and the second mounting frame can be secured or are secured relative to each other by inner fixing elements, wherein at least the first mounting frame (110, 112) has a cuboidal shape, wherein at least one device for recording a traffic situation can be disposed or is disposed in the first mounting frame, and characterized in that, when the door is open, at least the first mounting frame is accessible from four sides.
A crystal form of a hydrochloride salt of the stereomerically pure compound of formula: which contains water and which is Form A, wherein the molar ratio of water to (-)-O-desmethylvenlafaxine hydrochloride salt of Formula is approximately one to one, and which Form A has an X-ray powder diffraction pattern comprising peaks at approximately 12.7, 14.5, 19.1, 21.4, 23.0, 25.5, and 27.3 °2θ using CuK α radiation.
A cardboard box comprising an upper face in which a clip is cut out which defines a slot adapted for inserting a leaflet and wherein said clip is adapted to hold said leaflet against the upper face of the box itself, characterized by comprising, on the upper face, a first cut and a second cut suitably shaped and extended in a longitudinal direction, and a transversal cut which joins two respective intermediate points (55, 65) of said two longitudinal cuts so as to define said clip.
A mechanical device, comprising: - a bearing including a fixed ring and a pivoting ring that are centered on a central axis and include an interface defined between them, for example a rolling path or a sliding surface; and - a system for lubricating the interface, configured to bring a flow of lubricant from at least one supply channel to the interface through the fixed ring; in which an acceleration field tends to push the stream of lubricant from a first zone to a second zone of the bearing, each defining an angular sector around the central axis; the lubrication system comprises a set of peripheral channels passing through the fixed ring and including, on the one hand, first channels that are positioned in the first zone and that define a first intake flow rate for bringing lubricant to the interface and, on the other hand, second channels that are positioned in the second zone and that define a second intake flow rate bringing lubricant to the interface, the first intake flow rate being higher than the second intake flow rate, such that the interface between the rings (12, 14) of the bearing receives a larger quantity of lubricant in the first zone than in the second zone, characterised in that overall the first zone and the second zone are diametrically opposite relative to the central axis, with a clockwise shift of the first zone to counter the effects of the counterclockwise rotation of the outer ring and the mechanical loading of the bearing. - a bearing including a fixed ring and a pivoting ring that are centered on a central axis and include an interface defined between them, for example a rolling path or a sliding surface; and - a system for lubricating the interface, configured to bring a flow of lubricant from at least one supply channel to the interface through the fixed ring;
Grill grate with collecting tray, which is attachable directly below web profiles of the grill grate and has a plurality of elongated apertures for the passage of heat, wherein the apertures are raised towards the grill grate and are arranged in their longitudinal orientation in groups at an angle to one another, characterized in that the apertures are arranged in a fishbone pattern relative to one another.
A multi-axis articulating and rotary spray system, comprising: a heading drive; a pitch drive; a mast assembly coupled to the heading drive and the pitch drive, comprising: a flexible mast shaft comprising a fluid conduit and a flexible pitch member (91, 25); a plurality of nozzle housings coupled to the flexible mast shaft at intervals along the mast shaft; and a plurality of rotatable nozzles rotatably coupled to the plurality of nozzle housings and to the flexible pitch member (91, 25); the heading drive rotating the mast assembly to control a heading of the nozzles, and the pitch drive moving the pitch member to control the pitch of the nozzles while the heading changes. a heading drive; a pitch drive; a mast assembly coupled to the heading drive and the pitch drive, comprising: a flexible mast shaft comprising a fluid conduit and a flexible pitch member (91, 25); a plurality of nozzle housings coupled to the flexible mast shaft at intervals along the mast shaft; and a plurality of rotatable nozzles rotatably coupled to the plurality of nozzle housings and to the flexible pitch member (91, 25); a flexible mast shaft comprising a fluid conduit and a flexible pitch member (91, 25); a plurality of nozzle housings coupled to the flexible mast shaft at intervals along the mast shaft; and a plurality of rotatable nozzles rotatably coupled to the plurality of nozzle housings and to the flexible pitch member (91, 25); the heading drive rotating the mast assembly to control a heading of the nozzles, and the pitch drive moving the pitch member to control the pitch of the nozzles while the heading changes.
A round bale press comprising a pressing chamber arranged in a housing for pressing round bales from a crop material, wherein the pressing chamber is of a variable diameter, an endlessly circulating pressing means which delimits the pressing chamber, a plurality of rollers for guiding the pressing means, a first clamping arm which is pivotably mounted at the housing side and which has rollers at the pressing chamber side for guiding a loop of the pressing means, and a second clamping arm which is mounted pivotably at the housing side and has at least one roller at a free end for guiding the pressing means, characterised in that associated with the first clamping arm is a first actuator and associated with the second clamping arm is a second actuator, wherein the clamping arms (28, 30) are uncoupled and are displaceable in their position independently of each other by means of the respective actuators (44, 46) and at least a pressing pressure with which the pressing means acts to form a round bale is adjusted in accordance with a control function based on a size of the pressing chamber and an effective length of the pressing means, wherein according to the control function an in particular maximum position of the second clamping arm is adjustable based on a position of the first clamping arm.
An immunomodulator for use in the treatment of cancer in combination with checkpoint inhibition therapy, wherein said checkpoint inhibition therapy comprises administration of a blocking agent selected from pembrolizumab, atezolizumab or tremelimumab, and combinations thereof, wherein the immunomodulator comprises whole cell, non-pathogenic heat-killed Mycobacterium obuense and wherein said immunomodulator is to be administered simultaneously, separately or sequentially with administration of the checkpoint inhibition therapy.
A supercritical fluid extruded food product comprising: a pregelatinized starch matrix permeability between 8.2x10 -12 and 6.9x10 -11 square meters; wherein the pregelatinized starch has, prior to extrusion, at least one of the following: a Rapid Visco Analyzer Time to Peak of less than 100 seconds, when measured using the RVA Protocol at 20% solids; a Vane Viscosity at 80°C of between 0.1 Pa-s and 10 Pa-s; or a log of shear storage modulus measured in Pa between 1.25 and 2.25 at a log of shear stress measured in Pa between 0 and 2.5. a pregelatinized starch matrix permeability between 8.2x10 -12 and 6.9x10 -11 square meters; wherein the pregelatinized starch has, prior to extrusion, at least one of the following: a Rapid Visco Analyzer Time to Peak of less than 100 seconds, when measured using the RVA Protocol at 20% solids; a Vane Viscosity at 80°C of between 0.1 Pa-s and 10 Pa-s; or a log of shear storage modulus measured in Pa between 1.25 and 2.25 at a log of shear stress measured in Pa between 0 and 2.5. a Rapid Visco Analyzer Time to Peak of less than 100 seconds, when measured using the RVA Protocol at 20% solids; a Vane Viscosity at 80°C of between 0.1 Pa-s and 10 Pa-s; or a log of shear storage modulus measured in Pa between 1.25 and 2.25 at a log of shear stress measured in Pa between 0 and 2.5.
Use of a refrigerant fluid comprising 2,3,3,3-tetrafluoropropene in a vapour compression circuit comprising a compressor, for the preheating of a battery of an electric or hybrid vehicle from the starting of the vehicle, said compressor initially operating at a rotational speed of 300 to 1000 rpm.
Method of preparing a plastics pipe for transport comprising the successive steps of: • temporarily reducing an outside diameter of the pipe by passing the pipe through a roller system; • cooling the pipe once its outside diameter has been reduced and applying a thermal restraint; • transporting the pipe to an installation site remote from the roller system; removing said thermal restraint; and subsequently • installing the pipe at said installation site. • temporarily reducing an outside diameter of the pipe by passing the pipe through a roller system; • cooling the pipe once its outside diameter has been reduced and applying a thermal restraint; • transporting the pipe to an installation site remote from the roller system; removing said thermal restraint; and subsequently • installing the pipe at said installation site.
A lighting module designed to equip a lighting device for vehicles, preferably as a main lighting module of the lighting device, comprising a casing having a front opening, at least one first light source arranged within the casing and facing the front opening, at least one first reflector arranged within the casing facing the front opening from behind the first light source, and a lens closing the front opening of the casing; wherein it further comprises at least one second light source which is arranged at a side of the front opening so as not to face it, the second light source facing laterally the first reflector and being operatively associated therewith such as respective light rays emitted by the second light source are scattered forward through the front opening and the lens by the first reflector; characterized in that it further comprises at least one third light source which is arranged at a side of the front opening and facing said second light source so as to be aligned therewith along an axis which is transverse to the first light source, so that respective light rays emitted by the third light source are also scattered forward by the first reflector.
A method of operating a user equipment, UE, for device-to-device, D2D, communications, the method comprising: transmitting a quality of service, QoS, flow establishment request, the flow establishment request indicating that the QoS flow is to be transmitted over a sidelink; characterised by: responsive to determining that the required QoS may not be fulfilled, receiving a message indicating that the requested sidelink QoS flow will not be established and generating, by the UE, a QoS flow identifier, QFI, corresponding to the requested QoS flow.