mhurhangee/ep-ind-claims huggingface dataset:
A luminescent product (100, 120, 140, 160, 350, 402, 412, 452, 462, 502, 512) for converting light of a first color into light of a second color, the luminescent product (100, 120, 140, 160, 350, 402, 412, 452, 462, 502, 512) comprising - a matrix polymer (108, 122, 142, 164, 208, 352) comprising a luminescent material (206, 214) for converting light of a first color into light of a second color, and - a light transmitting material (106, 144, 162, 204, 354), the luminescent product (100, 120, 140, 160, 350, 402, 412, 452, 462, 502, 512) being at least partially light transmitting, and the matrix polymer having a three dimensional structure having multiple surfaces being an interface between the matrix polymer (108, 122, 142, 164, 208, 352) and the light transmitting material (106, 144, 162, 204, 354), wherein - at least a part of the three dimensional structure is a foam and the foam comprises a solid foam with an open cell structure, or the foam comprises a syntactic foam comprising hollow particles, or - at least a part of the three dimension structure has the structure of a honeycomb, or - the three dimensional structure comprises a plurality of matrix polymer fibers comprising the luminescent material (206, 214), or - the three dimensional structure comprises a stack of layers wherein layers of the matrix polymer and layers of the light transmitting material alternate. - a matrix polymer (108, 122, 142, 164, 208, 352) comprising a luminescent material (206, 214) for converting light of a first color into light of a second color, and - a light transmitting material (106, 144, 162, 204, 354), the luminescent product (100, 120, 140, 160, 350, 402, 412, 452, 462, 502, 512) being at least partially light transmitting, and the matrix polymer having a three dimensional structure having multiple surfaces being an interface between the matrix polymer (108, 122, 142, 164, 208, 352) and the light transmitting material (106, 144, 162, 204, 354), wherein - at least a part of the three dimensional structure is a foam and the foam comprises a solid foam with an open cell structure, or the foam comprises a syntactic foam comprising hollow particles, or - at least a part of the three dimension structure has the structure of a honeycomb, or - the three dimensional structure comprises a plurality of matrix polymer fibers comprising the luminescent material (206, 214), or - the three dimensional structure comprises a stack of layers wherein layers of the matrix polymer and layers of the light transmitting material alternate.
An agricultural harvesting machine with a pickup device for harvested agricultural crop wherein, in addition to a drivable pickup drum disposed at the front for picking up harvested crop, the pickup device has at least one drivable conveying means for conveying harvested crop to a crop channel, in particular to a conveyor rotor in the crop channel and at least one first roller crop press disposed in front of the conveying means in the conveying direction, wherein the roller crop press (34, 48) has at least two conveying sections (50, 52, 54) by means of which at least a portion of the harvested crop can be deflected substantially transversely to a longitudinal axis and/or in the direction of the longitudinal axis of the harvesting machine, wherein the conveying sections (50, 52, 54) can be driven at different rotary speeds, characterized in that the rotary speed of each conveying section (50, 52, 54) can be adjusted as a function of at least one operational parameter.
A catheter comprising: an elongated catheter body having proximal and distal ends and at least one lumen therethrough; a basket electrode assembly at the distal end of the catheter body, the basket electrode assembly having proximal and distal ends and comprising a plurality of spines, the spines comprising a plurality of electrodes, the distal end comprising a substrate body and a plurality of recessed microelectrodes, the substrate body having an outer surface and outer surfaces of the recessed microelectrodes being flush with the outer surface of the substrate body, wherein each spine comprises a cabling, the cabling having a core and a plurality of wires, each covered by an insulating layer, that enables each wire to function as a conductor, wherein the wires are coiled on an outer surface of the core by coiling the wires around the core so that the wires contact each other, wherein the core of each spine provides a lumen and at least one of the lumen carry lead wires for the plurality of recessed microelectrodes. an elongated catheter body having proximal and distal ends and at least one lumen therethrough; a basket electrode assembly at the distal end of the catheter body, the basket electrode assembly having proximal and distal ends and comprising a plurality of spines, the spines comprising a plurality of electrodes, the distal end comprising a substrate body and a plurality of recessed microelectrodes, the substrate body having an outer surface and outer surfaces of the recessed microelectrodes being flush with the outer surface of the substrate body, wherein each spine comprises a cabling, the cabling having a core and a plurality of wires, each covered by an insulating layer, that enables each wire to function as a conductor, wherein the wires are coiled on an outer surface of the core by coiling the wires around the core so that the wires contact each other, wherein the core of each spine provides a lumen and at least one of the lumen carry lead wires for the plurality of recessed microelectrodes.
An optoelectronic apparatus (20, 57), comprising: a heat sink (22, 60, 70), which is shaped to define a base, a first platform at a first elevation above the base, and a second platform alongside the first platform at a second elevation above the base, which is different from the first elevation; a first monolithic emitter array, which is mounted on the first platform and is configured to emit first optical beams; a second monolithic emitter array, which is mounted on the second platform and is configured to emit second optical beams; and an optical element configured to direct both the first and the second optical beams with different divergences toward a target region. a heat sink (22, 60, 70), which is shaped to define a base, a first platform at a first elevation above the base, and a second platform alongside the first platform at a second elevation above the base, which is different from the first elevation; a first monolithic emitter array, which is mounted on the first platform and is configured to emit first optical beams; a second monolithic emitter array, which is mounted on the second platform and is configured to emit second optical beams; and an optical element configured to direct both the first and the second optical beams with different divergences toward a target region.
Crop watering and/or nutrition device comprising a plurality of pipes mutually spaced from each other, each pipe having an appropriate flexibility, each pipe comprising irrigator means mutually spaced from each other capable of delivering the irrigation or nutrition liquid to the said crops, said pipes being joined to the device by means of a plurality of threads (1, 4, 5) extending on either side of each pipe in at least two main directions (9, 10), thus forming a opened net or network, characterized in that the net is made by knitting on a warp knitting machine, said threads (1, 4, 5) forming, on the one hand, columns of stitches in one of the said main directions and, on the other hand, wefts (4, 5) that are transverse with respect to the said columns and extending over all or part of the width of the said net.
A power semiconductor module, comprising a substrate having an electrically insulating main layer provided with a structured top metallization and with a bottom metallization, wherein the top metallization is provided with at least one power semiconductor device and at least one contact area, wherein the main layer together with its top metallization and the at least one power semiconductor device is embedded in a mold compound, such that the mold compound comprises at least one opening for contacting the at least one contact area; wherein the power semiconductor module comprises a housing with circumferential side walls, which are connected onto the mold compound, such that the circumferential side walls are positioned above the main layer; wherein the circumferential side walls are spaced apart from the substrate by the mold compound in a direction orthogonal to a plane parallel to the substrate; wherein the housing is placed directly above the main layer; wherein there is no direct connection between the housing and the substrate, characterized in that the housing is not placed next to the substrate and an extension area of the substrate overlaps an extension area of the circumferential side walls when projected onto a plane parallel to the substrate.
A method of transmitting hybrid automatic repeat request, HARQ, feedbacks for a communication device, the method comprising: transmitting at least one first HARQ feedback triggered by at least one first downlink, DL, packet to a primary base station, wherein the at least one first DL packet is transmitted by a first base station to the communication device; and dropping at least one second HARQ feedback triggered by at least one second DL packet, wherein the at least one second DL packet is transmitted by a second base station to the communication device; wherein the dropped at least one second HARQ feedback is considered as at least one positive acknowledgement, ACK, by the second base station. transmitting at least one first HARQ feedback triggered by at least one first downlink, DL, packet to a primary base station, wherein the at least one first DL packet is transmitted by a first base station to the communication device; and dropping at least one second HARQ feedback triggered by at least one second DL packet, wherein the at least one second DL packet is transmitted by a second base station to the communication device; wherein the dropped at least one second HARQ feedback is considered as at least one positive acknowledgement, ACK, by the second base station.
A fuse assembly for igniting a charge, comprising a) a fuse housing; b) a safety lever pivotally attached to the fuse housing, said safety lever having a handle portion and a cammed portion generally disposed about a first pivot point; c) a spring loaded striker lever pivotally attached to the fuse housing, having a second pivot point provided towards a first end and having a second free end, the striker lever being adapted to receive the pull-wire of a pull-wire igniter; wherein in a first configuration, the free end of the spring loaded striker lever is in contact with the cammed portion of the safety lever holding the striker lever in position, such that rotation of the safety lever away from the fuse housing reduces contact between the free end and the cammed portion, allowing the spring loaded striker lever to rotate away from the fuse housing. a) a fuse housing; b) a safety lever pivotally attached to the fuse housing, said safety lever having a handle portion and a cammed portion generally disposed about a first pivot point; c) a spring loaded striker lever pivotally attached to the fuse housing, having a second pivot point provided towards a first end and having a second free end, the striker lever being adapted to receive the pull-wire of a pull-wire igniter; wherein in a first configuration, the free end of the spring loaded striker lever is in contact with the cammed portion of the safety lever holding the striker lever in position, such that rotation of the safety lever away from the fuse housing reduces contact between the free end and the cammed portion, allowing the spring loaded striker lever to rotate away from the fuse housing.
An apparatus for skiving machining a toothed workpiece having a workpiece spindle (46, 47) for rotating a toothed workpiece about a workpiece axis that extends in an x direction, having a tool spindle for rotating a toothed tool about a tool axis, and having a tool-spindle mount on which the tool spindle is held and which is displaceable in each case linearly in the x direction, a y direction and a z direction by means of a motorized displacement device, wherein the x direction, the y direction and the z direction form a Cartesian coordinate system, wherein the tool axis is tilted through an azimuth angle φ>0° with respect to the x direction, wherein the tool axis is furthermore tilted through a polar angle Θ<90° with respect to the z direction, wherein the apparatus is suitable for performing a method for skiving machining a toothed workpiece, wherein the toothed tool, rotating about the tool axis, slides over the workpiece, rotating about the workpiece axis, in a contact zone, wherein the perpendicular of the contact zone to the workpiece axis defines the z direction, and wherein a chamfer is produced on the toothed workpiece with the tool, characterized in that the tool spindle and a further tool spindle for rotating a further toothed tool about a further tool axis (WWZA) are held on the tool-spindle mount.
A system comprising: a catheter configured to be inserted into a body part of a living subject, and comprising a distal end; at least one position sensor configured to provide at least one position signal indicative of a position of the distal end of the catheter over time; a display; a first smoothing filter configured to provide at least one first filtered position signal responsively to the at least one position signal and a first filtering level; a second smoothing filter configured to provide at least one second filtered position signal responsively to the at least one position signal and a second filtering level, wherein the second filtering level provides more smoothing than the first filtering level; and processing circuitry configured to: find first position coordinates of the distal end responsively to the at least one first filtered position signal; find second position coordinates of the distal end responsively to the at least one second filtered position signal; generate, and render to the display, an anatomical map of the body part responsively to the second position coordinates of the distal end; and render a representation (31, 82) of the distal end of the catheter to the display while showing movement of the distal end of the catheter responsively to the first position coordinates. a catheter configured to be inserted into a body part of a living subject, and comprising a distal end; at least one position sensor configured to provide at least one position signal indicative of a position of the distal end of the catheter over time; a display; a first smoothing filter configured to provide at least one first filtered position signal responsively to the at least one position signal and a first filtering level; a second smoothing filter configured to provide at least one second filtered position signal responsively to the at least one position signal and a second filtering level, wherein the second filtering level provides more smoothing than the first filtering level; and processing circuitry configured to: find first position coordinates of the distal end responsively to the at least one first filtered position signal; find second position coordinates of the distal end responsively to the at least one second filtered position signal; generate, and render to the display, an anatomical map of the body part responsively to the second position coordinates of the distal end; and render a representation (31, 82) of the distal end of the catheter to the display while showing movement of the distal end of the catheter responsively to the first position coordinates. find first position coordinates of the distal end responsively to the at least one first filtered position signal; find second position coordinates of the distal end responsively to the at least one second filtered position signal; generate, and render to the display, an anatomical map of the body part responsively to the second position coordinates of the distal end; and render a representation (31, 82) of the distal end of the catheter to the display while showing movement of the distal end of the catheter responsively to the first position coordinates.
A two-stage separator system (1900, 2000) comprising: a housing (1910, 2010) extending between a first end (1912, 2012) and a second end (1914, 2014), the housing (1910, 2010) defining a housing inlet (1920, 2020), a separator outlet (1930, 2030) towards the second end (1914, 2014), and a filtration outlet (1940, 2040) on the first end (1912, 2012); and a filter assembly (1950, 2050) having a first sheet of filter media coupled to a second sheet of filter media mutually defining a plurality of flutes extending in an axial direction, the filter assembly (1950, 2050) defining an inlet flow face (1952, 2052) an outlet flow face (1954, 2054), and an outer radial barrier surface (1958, 2058), wherein the filter assembly (1950,2050) is disposed in the housing (1910, 2010) and coupled to the housing (1910, 2010) about the filtration outlet (1940, 2040) such that the outlet flow face (1954, 2054) is in fluid communication with the filtration outlet (1940, 2040), and wherein the inlet flow face (1952, 2052) has an axial flow face length L along an axis of said filter assembly (1950, 2050); characterized in that the housing inlet (1920, 2020) defines an airflow pathway that is tangential to said outer radial barrier surface (1958, 2058) of the filter assembly (1950, 2050). a housing (1910, 2010) extending between a first end (1912, 2012) and a second end (1914, 2014), the housing (1910, 2010) defining a housing inlet (1920, 2020), a separator outlet (1930, 2030) towards the second end (1914, 2014), and a filtration outlet (1940, 2040) on the first end (1912, 2012); and a filter assembly (1950, 2050) having a first sheet of filter media coupled to a second sheet of filter media mutually defining a plurality of flutes extending in an axial direction, the filter assembly (1950, 2050) defining an inlet flow face (1952, 2052) an outlet flow face (1954, 2054), and an outer radial barrier surface (1958, 2058), wherein the filter assembly (1950,2050) is disposed in the housing (1910, 2010) and coupled to the housing (1910, 2010) about the filtration outlet (1940, 2040) such that the outlet flow face (1954, 2054) is in fluid communication with the filtration outlet (1940, 2040), and wherein the inlet flow face (1952, 2052) has an axial flow face length L along an axis of said filter assembly (1950, 2050); characterized in that the housing inlet (1920, 2020) defines an airflow pathway that is tangential to said outer radial barrier surface (1958, 2058) of the filter assembly (1950, 2050).
A cliché or plate mounting machine for assembling photopolymers on a sleeve, said machine comprising: - a sleeve on which said photopolymers are applied by biadhesive strips: - an apparatus for providing a perfect sealing, without air bubbles, of photopolymers assembled on the sleeve; - a raising device on which the sleeve is mounted for arranging said sleeve at a position perfectly aligned with the apparatus by facing a pressing device of the apparatus; - said pressing device comprising a carriage supporting a pressing roller and an auxiliary counter-roller for preventing the pressing roller from being bent; - said carriage is drivable through a valve and actuator system adapted to provide different pressure steps which may be fully parameterized; - and said carriage being movable between a withdrawn position, in which said pressing roller is spaced from said sleeve and an active position, in which said pressing roller is pressed against said sleeve. - a sleeve on which said photopolymers are applied by biadhesive strips: - an apparatus for providing a perfect sealing, without air bubbles, of photopolymers assembled on the sleeve; - a raising device on which the sleeve is mounted for arranging said sleeve at a position perfectly aligned with the apparatus by facing a pressing device of the apparatus; - said pressing device comprising a carriage supporting a pressing roller and an auxiliary counter-roller for preventing the pressing roller from being bent; - said carriage is drivable through a valve and actuator system adapted to provide different pressure steps which may be fully parameterized; - and said carriage being movable between a withdrawn position, in which said pressing roller is spaced from said sleeve and an active position, in which said pressing roller is pressed against said sleeve.
Battery frame for accommodating a lithium-ion battery module having prismatic lithium-ion cells, having a housing which provides an accommodation space for the battery module, which housing is open on the front side and has a base part, a top part and two side parts connecting the base part to the top part, having a separating plate which is arranged at a distance from the top part while leaving a gap space, which separating plate has through-openings for creating a fluidic connection between the gap space and the accommodation space, and having two front side parts (10, 11) for closing the housing on the front side, the front side parts (10, 11) each having a labyrinth-shaped flow channel for a fluidic connection of the gap space to the atmosphere surrounding the housing, characterized in that the housing is surrounded, at least in sections, by an envelope of a mineral-containing textile.
Composition attractive to an insect pest of faba bean of the genus Bruchus, in particular Bruchus rufimanus, comprising (a) 15.0% to 25.0% by weight of linalool, (b) 1.0% to 10.0% by weight of estragol, (c) 15.0% to 25.0% by weight of caryophyllene, (d) 5.0% to 20.0% by weight of limonene, (e) 20.0% to 30.0% by weight of cis-3-hexenyl acetate, (f) 5.0% to 20.0% by weight of ocimene, (g) 1.0% to 10.0% by weight of benzaldehyde, and (h) 1.0% to 10.0% by weight of benzyl alcohol, based on the total weight of the mixture made up of (a), (b), (c), (d), (e), (f), (g) and (h). (a) 15.0% to 25.0% by weight of linalool, (b) 1.0% to 10.0% by weight of estragol, (c) 15.0% to 25.0% by weight of caryophyllene, (d) 5.0% to 20.0% by weight of limonene, (e) 20.0% to 30.0% by weight of cis-3-hexenyl acetate, (f) 5.0% to 20.0% by weight of ocimene, (g) 1.0% to 10.0% by weight of benzaldehyde, and (h) 1.0% to 10.0% by weight of benzyl alcohol,