mhurhangee/ep-ind-claims huggingface dataset:
A method for obtaining an n-type doped metal chalcogenide quantum dot solid-state element with optical gain for low-threshold, band-edge amplified spontaneous emission, ASE, comprising: - forming a metal chalcogenide quantum dot solid-state element, and - carrying out an n-doping process on at least a plurality of the metal chalcogenide quantum dots of said metal chalcogenide quantum dot solid-state element, to at least partially bleach its band-edge absorption, wherein said n-doping process comprises: - a partial substitution of chalcogen atoms by halogen atoms, in at least said plurality of metal chalcogenide quantum dots, and/or - a partial aliovalent-cation substitution of bivalent metal cations by trivalent cations, in at least said plurality of metal chalcogenide quantum dots; and - providing a substance on at least said plurality of metal chalcogenide quantum dots, wherein said substance is an oxide-type substance made and arranged to avoid oxygen p-doping of the plurality of metal chalcogenide quantum dots. - forming a metal chalcogenide quantum dot solid-state element, and - carrying out an n-doping process on at least a plurality of the metal chalcogenide quantum dots of said metal chalcogenide quantum dot solid-state element, to at least partially bleach its band-edge absorption, wherein said n-doping process comprises: - a partial substitution of chalcogen atoms by halogen atoms, in at least said plurality of metal chalcogenide quantum dots, and/or - a partial aliovalent-cation substitution of bivalent metal cations by trivalent cations, in at least said plurality of metal chalcogenide quantum dots; and - providing a substance on at least said plurality of metal chalcogenide quantum dots, wherein said substance is an oxide-type substance made and arranged to avoid oxygen p-doping of the plurality of metal chalcogenide quantum dots. - a partial substitution of chalcogen atoms by halogen atoms, in at least said plurality of metal chalcogenide quantum dots, and/or - a partial aliovalent-cation substitution of bivalent metal cations by trivalent cations, in at least said plurality of metal chalcogenide quantum dots; and - providing a substance on at least said plurality of metal chalcogenide quantum dots, wherein said substance is an oxide-type substance made and arranged to avoid oxygen p-doping of the plurality of metal chalcogenide quantum dots.
A body of a vehicle made of fibre-reinforced plastics material, with a wheel housing and a suspension strut support arranged therein, in which a one-part supporting member is provided with which the spring strut suspension is supported and which itself is glued to the wheel housing, wherein the supporting member is produced as a diecasting, and wherein further a holder of an outer skin component of the body is produced with the supporting member, wherein in order to stabilise the supporting structure of the supporting member the latter is configured with a large number of supporting ribs which are distributed on the supporting member over the surface thereof as a function of the supporting forces necessary in each case.
A method for manufacturing a fresh pasta comprising extruding, at a pressure of 7.8 MPa (80 kgf/cm 2) to 19.6 MPa (200 kgf/cm 2) to form noodles, a dough obtained by kneading a raw material flour, wherein the raw material flour comprises a wheat flour of hexaploid wheat belonging to the genus Triticum but not durum wheat, and has a gluten index of 76 to 100.
Electronic assembly for an automotive lighting device, the electronic assembly comprising a single power input; a single communication input, intended to provide bi-directional communication with a control centre; a main driver element, comprising driver inputs arranged in direct bi-directional communication with the communication input and further comprising driver discrete outputs; a first group of high power light sources, electrically fed by the single power input, a first power unit arranged between one of the driver discrete output and the first group of high power light sources, a second group of light sources electrically fed by the single power input, a third group of high power light sources electrically fed by the single power input and a second power unit arranged between another one of the driver discrete output and the third group of high power light sources, wherein the main driver element comprises a hardware finite-state machine configured to provide a bi-directional communication between the communication input and the first power unit, the electronic assembly being characterized in that the main driver element further comprises driver low current outputs and wherein the second group of light sources are directly connected to the driver low current outputs a single power input; a single communication input, intended to provide bi-directional communication with a control centre; a main driver element, comprising driver inputs arranged in direct bi-directional communication with the communication input and further comprising driver discrete outputs; a first group of high power light sources, electrically fed by the single power input, a first power unit arranged between one of the driver discrete output and the first group of high power light sources, a second group of light sources electrically fed by the single power input, a third group of high power light sources electrically fed by the single power input and a second power unit arranged between another one of the driver discrete output and the third group of high power light sources, wherein the main driver element comprises a hardware finite-state machine configured to provide a bi-directional communication between the communication input and the first power unit, the electronic assembly being characterized in that the main driver element further comprises driver low current outputs and wherein the second group of light sources are directly connected to the driver low current outputs
A method for calibrating an eddy-current, the method comprising: establishing an eddy-current field model, wherein the eddy-current field model is expressed by Laplace transformation; obtaining data of a first eddy-current field and performing inverse Laplace transformation, ILT, based on the data of the first eddy-current field to obtain a Laplacian spectrum; acquiring information of a peak of the Laplacian spectrum to determine a first parameter, based on the information of the peak, characterized in that the determining the first parameter comprises: determining a boundary of a reliable spectrum peak; calculating a total intensity of the reliable spectrum peak within the boundary; and setting the first parameter based on the total intensity of the reliable spectrum peak; fitting the established eddy-current field model with the data of the first eddy-current field and the first parameter to acquire a second parameter; incorporating the second parameter into the established eddy-current field model to obtain a calibrated eddy-current field model; and calibrating the eddy-current based on the calibrated eddy-current field model. establishing an eddy-current field model, wherein the eddy-current field model is expressed by Laplace transformation; obtaining data of a first eddy-current field and performing inverse Laplace transformation, ILT, based on the data of the first eddy-current field to obtain a Laplacian spectrum; acquiring information of a peak of the Laplacian spectrum to determine a first parameter, based on the information of the peak, characterized in that the determining the first parameter comprises: determining a boundary of a reliable spectrum peak; calculating a total intensity of the reliable spectrum peak within the boundary; and setting the first parameter based on the total intensity of the reliable spectrum peak; fitting the established eddy-current field model with the data of the first eddy-current field and the first parameter to acquire a second parameter; incorporating the second parameter into the established eddy-current field model to obtain a calibrated eddy-current field model; and calibrating the eddy-current based on the calibrated eddy-current field model.
Connecting arrangement for connecting a drawer wall, in particular a drawer front panel, to a drawer bottom in such a way that a displacement of the two drawer parts relative to one another along at least one first directional axis (x) is prevented and is possible to a limited extent along at least one second directional axis (z), comprising - a base part with a retaining plate and at least one first mounting element for fixing the base part to the drawer wall, - a second mounting element which can be inserted into a shaft in the retaining plate of the base part and can be fixed to the drawer bottom, - wherein the second mounting element has a through-hole for receiving a fixing means, in particular a screw, a tension pin, a dowel, rivet or the like, with which the second mounting element can be fixed to the drawer bottom, characterized in that - mutually opposite, parallel or almost parallel shaft walls (52, 53) of the shaft and side walls (33, 34) of the second mounting element, which can be guided along the latter in the mounted state, are inclined at an acute angle with respect to the through-hole of the second mounting element or are arcuate. - a base part with a retaining plate and at least one first mounting element for fixing the base part to the drawer wall, - a second mounting element which can be inserted into a shaft in the retaining plate of the base part and can be fixed to the drawer bottom, - wherein the second mounting element has a through-hole for receiving a fixing means, in particular a screw, a tension pin, a dowel, rivet or the like, with which the second mounting element can be fixed to the drawer bottom, characterized in that - mutually opposite, parallel or almost parallel shaft walls (52, 53) of the shaft and side walls (33, 34) of the second mounting element, which can be guided along the latter in the mounted state, are inclined at an acute angle with respect to the through-hole of the second mounting element or are arcuate.
A system comprising: a pre-encoder configured to generate a mapping of frame size, measured as a bitcount, to quantization parameter, QP, based on a plurality of pre-encoding passes of a portion of a first video frame using different QP settings, wherein the mapping defines an exponential relationship between frame size and QP; and an encoder configured to: determine a preferred encoded video frame size for the first video frame; determine a given QP value from the mapping based on the preferred encoded video frame size; generate an encoded video frame by setting a QP to the given QP value for at least a portion of the encoded video frame, wherein the encoded video frame is an encoded version of the first video frame; and convey the encoded video frame to a decoder to be displayed. a pre-encoder configured to generate a mapping of frame size, measured as a bitcount, to quantization parameter, QP, based on a plurality of pre-encoding passes of a portion of a first video frame using different QP settings, wherein the mapping defines an exponential relationship between frame size and QP; and an encoder configured to: determine a preferred encoded video frame size for the first video frame; determine a given QP value from the mapping based on the preferred encoded video frame size; generate an encoded video frame by setting a QP to the given QP value for at least a portion of the encoded video frame, wherein the encoded video frame is an encoded version of the first video frame; and convey the encoded video frame to a decoder to be displayed. determine a preferred encoded video frame size for the first video frame; determine a given QP value from the mapping based on the preferred encoded video frame size; generate an encoded video frame by setting a QP to the given QP value for at least a portion of the encoded video frame, wherein the encoded video frame is an encoded version of the first video frame; and convey the encoded video frame to a decoder to be displayed.
Supporting structure for a mobile concrete pump for the connection of a distributor boom, comprising a first support leg box and a second support leg box, wherein the support leg boxes cross one another diagonally, and a boom pedestal which is fastened to said support leg boxes and has a turret which has an opening which, at one end thereof, is at least partially surrounded by a mount for a rotary bearing for the pivoting of the distributor boom of the concrete pump relative to the turret, wherein the turret has a wall arrangement, wherein in each case one part of the wall arrangement is formed by a side wall of the support leg boxes which cross one another, characterized in that the side walls of the support leg boxes, in a first region in which they form a part of the wall arrangement of the turret, are configured in a single piece and are thus free from joining points in such a manner that loads introduced via the turret directly into the side walls are distributed beyond the first region without shear loading of a joining point in the side walls, wherein at least one of the side walls extends in a manner free from joining points beyond the respective support leg box to the mount for the rotary bearing. a first support leg box and a second support leg box, wherein the support leg boxes cross one another diagonally, and a boom pedestal which is fastened to said support leg boxes and has a turret which has an opening which, at one end thereof, is at least partially surrounded by a mount for a rotary bearing for the pivoting of the distributor boom of the concrete pump relative to the turret, wherein the turret has a wall arrangement, wherein in each case one part of the wall arrangement is formed by a side wall of the support leg boxes which cross one another, characterized in that the side walls of the support leg boxes, in a first region in which they form a part of the wall arrangement of the turret, are configured in a single piece and are thus free from joining points in such a manner that loads introduced via the turret directly into the side walls are distributed beyond the first region without shear loading of a joining point in the side walls, wherein at least one of the side walls extends in a manner free from joining points beyond the respective support leg box to the mount for the rotary bearing.
A tool to cut and strip a radiating coaxial cable comprising an inner conductor, an outer conductor coaxially arranged around the inner conductor, an insulator disposed between the inner conductor and the outer conductor, and a jacket coaxially arranged around the inner conductor and the outer conductor, the tool having; a first jaw; a second jaw; a linkage that couples the first jaw to the second jaw so that the first jaw and the second jaw are movable between an open state and a closed state; a cutting blade inserted in a slit in the first jaw and protruding into an area between the first and second jaws; and a stripping blade; wherein the first jaw and the second jaw are configured to receive and hold the cable therebetween when the first jaw and the second jaw are in the closed state; wherein the tool is configured to position at least a portion of the cutting blade to cut and sever the cable at a first point along the cable when the tool is rotated around the cable while the first jaw and the second jaw are in the closed state and the cable is received therebetween; and wherein the tool is configured to position at least a portion of the stripping blade to cut the jacket of the cable, without severing the cable, at a second point along the cable when the tool is rotated around the cable while the first jaw and the second jaw are in the closed state and the cable is received therebetween, the tool characterized by a blade assemblly mounted to the first jaw; the cutting blade coupled to the blade assembly; the stripping blade attached to an outer side of the blade assembly.
A probe configured to deliver electrical and thermal energy to tissue of a patient's body, the probe comprising: a handle having an upper portion and a lower portion generally extending in a longitudinal direction; and an extended electrocap assembly including an elongated tube and interfacing with one end of the handle, characterized in that the probe further comprises: a cable-tubing assembly interfacing with another end of the handle, the cable-tubing assembly comprising an electrical cable that terminates at an electrical connector and a dual-lumen fluid tubing (114, 115, 117) that terminates in inlet and outlet fluid connectors, and in that the cable-tubing assembly extends from the handle at an angle of greater than 0 degrees and less than 180 degrees relative to the elongated tube of the extended electrocap assembly. a handle having an upper portion and a lower portion generally extending in a longitudinal direction; and an extended electrocap assembly including an elongated tube and interfacing with one end of the handle, characterized in that the probe further comprises: a cable-tubing assembly interfacing with another end of the handle, the cable-tubing assembly comprising an electrical cable that terminates at an electrical connector and a dual-lumen fluid tubing (114, 115, 117) that terminates in inlet and outlet fluid connectors, and in that the cable-tubing assembly extends from the handle at an angle of greater than 0 degrees and less than 180 degrees relative to the elongated tube of the extended electrocap assembly.
A method of using a coil (16,160) of conductive traces (132,134,136,138) comprising: energizing the coil (16,160) in accordance with each of the following steps: a) providing direct current to the coil (16,160) to generate magnetic flux; b) providing alternating current to the coil (16,160) to generate heat with the current cycling at a frequency sufficient to minimize average magnetic flux; and c) providing alternating current of decreasing amplitude to the coil (16,160) to enable degaussing. a) providing direct current to the coil (16,160) to generate magnetic flux; b) providing alternating current to the coil (16,160) to generate heat with the current cycling at a frequency sufficient to minimize average magnetic flux; and c) providing alternating current of decreasing amplitude to the coil (16,160) to enable degaussing.
Gas hob with a hob plate, which has at least one opening for a gas burner (3, 21-24), with at least one retainer plate (1, 16-19) for the gas burner (3, 21-24) in the gas hob, wherein the retainer plate (1, 16-19) has an opening for attaching the gas burner (3, 21-24) and a peripheral outer edge with a polygonal contour, wherein the retainer plate has a step from the outer edge in the direction toward the opening, wherein an area along the outer edge of the retainer plate (1, 16-19) rests on the hob plate, and with at least one pan support (7, 25-28) with a polygonal frame which forms a base of the pan support (7, 25-28) and which is fitted in a form-fit manner to an area of the peripheral outer edge of the retainer plate (1, 16-19).
An article of footwear, comprising: a sole structure including a midsole component and at least one outer sole member; the midsole component including a first outer surface with a recessed portion; the outer sole member having a second outer surface; wherein the recessed portion is configured to receive the outer sole member; a region of the sole structure including a first portion in the first outer surface of the midsole component and a second portion in the second outer surface of the outer sole member; the region including a set of holes arranged in an auxetic configuration; and characterized in that the auxetic configuration extends without interruption from the first portion into the second portion. a sole structure including a midsole component and at least one outer sole member; the midsole component including a first outer surface with a recessed portion; the outer sole member having a second outer surface; wherein the recessed portion is configured to receive the outer sole member; a region of the sole structure including a first portion in the first outer surface of the midsole component and a second portion in the second outer surface of the outer sole member; the region including a set of holes arranged in an auxetic configuration; and characterized in that the auxetic configuration extends without interruption from the first portion into the second portion.
A planar light source device (1, 1A - 1F) comprising: a main body case that surrounds the periphery of a gap between a pair of optical reflection plates disposed to face each other with side plates (4b-e); and characterized by a plurality of point light sources arranged at predetermined intervals on at least one side plate of the main body case, the planar light source device allowing light from the point light sources to be transmitted through at least one of the pair of optical reflection plates and emitted to the outside, and at least one of the pair of optical reflection plates including a light blocking region that blocks light from the point light sources on the point light sources side, and a light transmission region that does not allow the light from the point light sources to be directly transmitted but allows reflection light reflected between the optical reflection plates to be transmitted, and is aligned so that transmissivity increases as the distance from the light blocking region increases, and luminance is substantially uniform on the surface of the optical reflection plate, wherein the light blocking region is formed in a region wider than the gap between the pair of optical reflection plates. a main body case that surrounds the periphery of a gap between a pair of optical reflection plates disposed to face each other with side plates (4b-e); and characterized by a plurality of point light sources arranged at predetermined intervals on at least one side plate of the main body case, the planar light source device allowing light from the point light sources to be transmitted through at least one of the pair of optical reflection plates and emitted to the outside, and at least one of the pair of optical reflection plates including a light blocking region that blocks light from the point light sources on the point light sources side, and a light transmission region that does not allow the light from the point light sources to be directly transmitted but allows reflection light reflected between the optical reflection plates to be transmitted, and is aligned so that transmissivity increases as the distance from the light blocking region increases, and luminance is substantially uniform on the surface of the optical reflection plate, wherein the light blocking region is formed in a region wider than the gap between the pair of optical reflection plates.