mhurhangee/ep-ind-claims huggingface dataset:
A method for producing calcium sulfoaluminate clinker comprising 10 - 100 % by weight C 4 A 3-x F x $, with x ranging from 0 to 2, 0 - 70 % by weight C 2 S, 0 - 30 % by weight aluminates, 0 - 30 % by weight ferrites, 0 - 30 % by weight ternesite, 0 - 30 % by weight calcium sulfate and up to 20 % by weight minor phases, all with respect to the total weight of the clinker, comprising the following steps - providing a raw meal comprising at least sources of CaO, Al 2 O 3, SO 3 - sintering the raw meal in a kiln at a temperature ranging from 1100 to 1350 °C to provide a clinker - cooling the clinker wherein a flux / mineralizer comprising at least one compound containing a glass powder or copper and a glass powder is added to the raw meal prior to or during sintering. - providing a raw meal comprising at least sources of CaO, Al 2 O 3, SO 3 - sintering the raw meal in a kiln at a temperature ranging from 1100 to 1350 °C to provide a clinker - cooling the clinker
A method (220; 320) of entropy coding video data, the method comprising: when an absolute value of an x-component of a motion vector difference value for a current block is greater than zero (226; 326), and when an absolute value of a y-component of the motion vector difference value for the current block is greater than zero (228; 328), entropy coding information representative of a motion vector difference value, wherein entropy coding the information representative of the motion vector difference value comprises: interleaving information representative of whether the absolute value of the x-component of a motion vector difference value for the current block of video data is greater than zero, and information representative of whether the absolute value of the y-component of the motion vector difference value is greater than zero; and interleaving information representative of the absolute value of the x-component of the motion vector difference value, information representative of the absolute value of the y-component of the motion vector difference value, a sign of the x-component of the motion vector difference value (230; 330), and a sign of the y-component of the motion vector difference value (232; 332). when an absolute value of an x-component of a motion vector difference value for a current block is greater than zero (226; 326), and when an absolute value of a y-component of the motion vector difference value for the current block is greater than zero (228; 328), entropy coding information representative of a motion vector difference value, wherein entropy coding the information representative of the motion vector difference value comprises: interleaving information representative of whether the absolute value of the x-component of a motion vector difference value for the current block of video data is greater than zero, and information representative of whether the absolute value of the y-component of the motion vector difference value is greater than zero; and interleaving information representative of the absolute value of the x-component of the motion vector difference value, information representative of the absolute value of the y-component of the motion vector difference value, a sign of the x-component of the motion vector difference value (230; 330), and a sign of the y-component of the motion vector difference value (232; 332). interleaving information representative of whether the absolute value of the x-component of a motion vector difference value for the current block of video data is greater than zero, and information representative of whether the absolute value of the y-component of the motion vector difference value is greater than zero; and interleaving information representative of the absolute value of the x-component of the motion vector difference value, information representative of the absolute value of the y-component of the motion vector difference value, a sign of the x-component of the motion vector difference value (230; 330), and a sign of the y-component of the motion vector difference value (232; 332).
A method to detect a commercial transition associated with a media presentation, the method comprising: detecting a change in box-formatting between a first video frame and a subsequent video frame; determining the number of different peak-to-peak distances and/or trough-to-trough distances in an audio frame associated with a transition between the first video frame and the subsequent video frame, and determining a random-factor ratio by dividing said number by the total number of considered peak-to-peak and/or trough-to-trough distances; and identifying the transition between the first video frame and the subsequent video frame as a commercial transition if the detected change in box-formatting has a first characteristic and the random-factor ratio exceeds a threshold. detecting a change in box-formatting between a first video frame and a subsequent video frame; determining the number of different peak-to-peak distances and/or trough-to-trough distances in an audio frame associated with a transition between the first video frame and the subsequent video frame, and determining a random-factor ratio by dividing said number by the total number of considered peak-to-peak and/or trough-to-trough distances; and identifying the transition between the first video frame and the subsequent video frame as a commercial transition if the detected change in box-formatting has a first characteristic and the random-factor ratio exceeds a threshold.
A display device comprising a display surface (500g, 500h, 500i, 500j, 500k, 500m, 500n, 500p), the display surface including a pixel (11g, 11h, 11i, 11j, 11k, 11m, 11n, 11p) consisting of red (5Rg, 5Rh, 5Ri, 5Rj, 5R 1 k, 5R 2 k, 5R 1 m, 5R 2 m, 5Rn, 5Rp), green (5Gg, 5Gh, 5Gi, 5Gj, 5Gk, 5Gm, 5Gn, 5Gp), blue (5Bg, 5Bh, 5Bi, 5B 1 j, 5B 2 j, 5Bk, 5B 1 m, 5B 2 m, 5Bn, 5Bp), and yellow (5Yg, 5Yh, 5Yi, 5Yj, 5Yk, 5Ym, 5Yn, 5Yp) sub-pixels, wherein the display device includes red, green, blue, and yellow color filters, and a light source device, wherein the red sub-pixel (5Rg, 5Rh, 5Ri, 5Rj, 5R 1 k, 5R 2 k, 5R 1 m, 5R 2 m, 5Rn, 5Rp) and the blue sub-pixel (5Bg, 5Bh, 5Bi, 5B 1 j, 5B 2 j, 5Bk, 5B 1 m, 5B 2 m, 5Bn, 5Bp) have the largest aperture areas. the aperture area of the red sub-pixel (5Rg, 5Rh, 5Ri, 5Rj, 5R 1 k, 5R 2 k, 5R 1 m, 5R 2 m, 5Rn, 5Rp) is larger than that of the green sub-pixel (5Gg, 5Gh, 5Gi, 5Gj, 5Gk, 5Gm, 5Gn, 5Gp) and also larger than that of the yellow sub-pixel (5Yg, 5Yh, 5Yi, 5Yj, 5Yk, 5Ym, 5Yn, 5Yp), and in that the aperture area of the blue sub-pixel (5Bg, 5Bh, 5Bi, 5B 1 j, 5B 2 j, 5Bk, 5B 1 m, 5B 2 m, 5Bn, 5Bp) is larger than that of the green sub-pixel (5Gg, 5Gh, 5Gi, 5Gj, 5Gk, 5Gm, 5Gn, 5Gp) and also larger than that of the yellow sub-pixel (5Yg, 5Yh, 5Yi, 5Yj, 5Yk, 5Ym, 5Yn, 5Yp), and a lightness of the, red sub-pixel accounts for 12% or more and 25% or less relative to a lightness of white.
A light emitting device comprising: a ceramic phosphor plate comprising a light input surface and an oppositely positioned light output surface; a light emitting diode comprising a light output surface oriented parallel to and adjacent to the ceramic phosphor plate light input surface; and a layer bonding the ceramic phosphor plate light input surface directly to the light emitting diode light output surface, the layer comprising a transparent material and an adhesive, the adhesive bonded to a portion of the light input surface of ceramic phosphor plate having a smaller surface area than a total surface area of the light input surface of ceramic phosphor plate and bonded to a portion of the light emitting diode light output surface having a surface area smaller than a total surface area of the light emitting diode light output surface, the transparent material bonding at least some portions of the ceramic phosphor plate light input surface and light emitting diode light output surface not bonded by the adhesive. a ceramic phosphor plate comprising a light input surface and an oppositely positioned light output surface; a light emitting diode comprising a light output surface oriented parallel to and adjacent to the ceramic phosphor plate light input surface; and a layer bonding the ceramic phosphor plate light input surface directly to the light emitting diode light output surface, the layer comprising a transparent material and an adhesive, the adhesive bonded to a portion of the light input surface of ceramic phosphor plate having a smaller surface area than a total surface area of the light input surface of ceramic phosphor plate and bonded to a portion of the light emitting diode light output surface having a surface area smaller than a total surface area of the light emitting diode light output surface, the transparent material bonding at least some portions of the ceramic phosphor plate light input surface and light emitting diode light output surface not bonded by the adhesive.
Arrangement for a rail fastening point in which a rail for a rail vehicle is fastened to a base, comprising two guide plates (23, 32), of which one guide plate (23, 32) respectively is to be arranged at one of the longitudinal sides (L1, L2) of the rail, and a shim which is to be arranged between the base and the rail, wherein in the assembled state the shim at its top associated with the rail has a contact area, on which the rail is supported, and at its bottom associated with the base has a supporting surface by way of which the shim is supported on the base, and wherein in the assembled state the contact area and the supporting surface of the shim, viewed in a section located transversely to the longitudinal extension of the rail, enclose an acute angle (β), so at its edge associated with one longitudinal side of the rail the shim is thinner than in its region associated with the other longitudinal side of the rail, wherein the edge, at which the shim is thinner, is arranged beneath the rail, wherein in the assembled state, with its thicker region associated with the other longitudinal edge of the rail, the shim projects laterally beyond the rail, and wherein at the top side of the shim in the region of the shim projecting laterally beyond the associated longitudinal edge a recess is formed which is oriented parallel to the longitudinal extension of the rail, in which recess an angled section sits with interlocking fit, the section being formed onto the bottom of the guide plate associated with the shim, characterised in that constructed on the bottom of the shim is a projection with which the shim in the assembled state catches with interlocking fit in a recess formed in the base.
A monitoring camera having a compound window arranged in a frame of a camera housing, and a camera head arranged inside the housing, wherein the compound window has an inner translucent plate, closest to the camera head, and an outer protective window, arranged in a plane parallel to the translucent plate, on an outside thereof, wherein the compound window further comprises a heating arrangement arranged and configured to supply thermal energy to peripheral areas of the translucent plate, wherein the translucent plate is arranged in close proximity to the protective window, and characterised in that the translucent plate has a greater heat conductivity than the protective window, so that thermal energy transferred from the heating arrangement to the translucent plate may be efficiently transferred to the protective window, and further characterised in that the translucent plate is arranged in a resilient profile, which in turn is arranged in the frame, and wherein a resilience of the resilient profile enables for it to move in relation to the frame, thus providing the same function for the translucent plate.
Method for producing a biocompatible implant, comprising the following steps: S1) providing a plastics powder composed of a polyaryletherketone; S2) heating and pressing the plastics powder to form at least one intermediate piece; S3) mechanically comminuting the at least one intermediate piece to form a granular material (G1, G2, G3); and S4) thermally bonding the granular material (G1, G2, G3) in a mould to form an implant, wherein the at least one granular material (G1, G2, G3) is exposed to a spatially inhomogeneous heat distribution during the thermal bonding, wherein the implant has an implant body having at least one first porous section and one second porous section, wherein the first porous section and the second porous section differ in their porosity. S1) providing a plastics powder composed of a polyaryletherketone; S2) heating and pressing the plastics powder to form at least one intermediate piece; S3) mechanically comminuting the at least one intermediate piece to form a granular material (G1, G2, G3); and S4) thermally bonding the granular material (G1, G2, G3) in a mould to form an implant, wherein the at least one granular material (G1, G2, G3) is exposed to a spatially inhomogeneous heat distribution during the thermal bonding, wherein the implant has an implant body having at least one first porous section and one second porous section, wherein the first porous section and the second porous section differ in their porosity.
Fuel system for a combustion engine, the fuel system of which comprises a first fuel tank, a second fuel tank, a first fuel pipe arranged in connection with the first fuel tank and the second fuel tank, a second fuel pipe arranged in connection with the first fuel tank, a main feed pump and a transfer pump, in which the main feed pump is arranged to feed fuel from the first fuel tank through the second fuel pipe, and in which the transfer pump is arranged to feed fuel from the second fuel tank to the first fuel tank via the first fuel pipe, characterised in that a first electric engine is arranged to drive the transfer pump and that a second electric engine is arranged to drive the main feed pump, and in that a pre-filter is arranged downstream of the transfer pump, so that the transfer pump feeds pressurised fuel through the pre-filter.
A wet-gas centrifugal compressor, comprising: a compressor casing; at least one impeller arranged in the compressor casing for rotation around a rotation axis; a stationary diffuser arranged in the compressor casing and developing around the impeller, the diffuser having a curved end portion with a radially inner curved wall and a radially outer curved wall; longitudinally, the inner curved wall having a smaller radius of curvature than the outer curved wall; a plurality of dry-gas extraction holes, each provided with a respective inlet port, the inlet ports being arranged circumferentially on the inner curved wall of the curved end portion of the diffuser; characterised in that each dry-gas extraction hole extends from the respective inlet port towards the rotation axis and is inclined over a radial direction, such that at least at the respective inlet port each dry-gas extraction hole is oriented in a counter-flow direction with respect to a direction of the gas flow in the curved end portion of the diffuser. a compressor casing; at least one impeller arranged in the compressor casing for rotation around a rotation axis; a stationary diffuser arranged in the compressor casing and developing around the impeller, the diffuser having a curved end portion with a radially inner curved wall and a radially outer curved wall; longitudinally, the inner curved wall having a smaller radius of curvature than the outer curved wall; a plurality of dry-gas extraction holes, each provided with a respective inlet port, the inlet ports being arranged circumferentially on the inner curved wall of the curved end portion of the diffuser;
Roof window, in particular a residential roof window, with a blind frame, to which an insulation block is assigned for thermal insulation which has at least one insulation leg arranged on an external face of the blind frame, said insulation leg being provided with a removable insulation leg extension leg, wherein the insulation leg and the insulation leg extension leg are fixed to one another via a detachable connection, characterised in that the detachable connection is formed as a positive locking connection which is formed in at least one region of the insulation leg and/or the insulation leg extension leg.
A medical support device comprising: a processor configured to: acquire a medical image including a subject image, acquire correspondence information in which the medical image is associated in advance with presence or absence of a foreign substance image included in the medical image and a type of a foreign substance that forms the foreign substance image in a case in which the foreign substance image is present, generate foreign substance estimation information obtained by estimating the presence or absence of the foreign substance image included in the medical image, and the type of the foreign substance that forms the foreign substance image in a case in which the foreign substance image is present based on the medical image and the correspondence information, and control a notification based on the foreign substance estimation 2. r information; characterized in that the processor is further configured to: acquire the correspondence information in which the medical image is associated in advance with a position of the foreign substance, and generate the foreign substance estimation information obtained by estimating the position of the foreign substance based on the medical image and the correspondence information. acquire a medical image including a subject image, acquire correspondence information in which the medical image is associated in advance with presence or absence of a foreign substance image included in the medical image and a type of a foreign substance that forms the foreign substance image in a case in which the foreign substance image is present, generate foreign substance estimation information obtained by estimating the presence or absence of the foreign substance image included in the medical image, and the type of the foreign substance that forms the foreign substance image in a case in which the foreign substance image is present based on the medical image and the correspondence information, and control a notification based on the foreign substance estimation 2. r information; acquire the correspondence information in which the medical image is associated in advance with a position of the foreign substance, and generate the foreign substance estimation information obtained by estimating the position of the foreign substance based on the medical image and the correspondence information.
Thermoelectric converter including: - A hot surface or that is designed to be heated; - A thermoelectric generator comprising a first and a second plate (16, 18) and a thermoelectric module arranged between the said plates (16, 18) with the first plate placed on the surface to be heated; and - A thermoelectric dissipator for evacuating the heat by convection with this thermal dissipator placed on a second plate of the thermoelectric generator; characterized in that for at least one predetermined convection situation, the following relation is verified: R th S = R th TE + R th Rad in which expression: - R th S is the convection thermal resistance of the surface to be heated; - R th TE is the thermal conduction resistance of the thermoelectric generator; - and R th Rad is the thermal convection and/or radiation resistance of the thermal dissipator. - A hot surface or that is designed to be heated; - A thermoelectric generator comprising a first and a second plate (16, 18) and a thermoelectric module arranged between the said plates (16, 18) with the first plate placed on the surface to be heated; and - A thermoelectric dissipator for evacuating the heat by convection with this thermal dissipator placed on a second plate of the thermoelectric generator; - R th S is the convection thermal resistance of the surface to be heated; - R th TE is the thermal conduction resistance of the thermoelectric generator; - and R th Rad is the thermal convection and/or radiation resistance of the thermal dissipator.
A method for continuous analyte monitoring, the method comprising: receiving, using an input module, as an input an insertion location on a body where a sensor of a continuous analyte monitoring system was inserted into skin of a host; storing the insertion location; receiving as inputs data relating to a sensor session of the sensor; and correlating the data with the insertion location using a correlation engine, wherein the data pertains to data indicative of signal noise or noise metrics; the method being characterised by further comprising providing a recommendation for a next insertion location based on the correlated data using a recommendation engine. receiving, using an input module, as an input an insertion location on a body where a sensor of a continuous analyte monitoring system was inserted into skin of a host; storing the insertion location; receiving as inputs data relating to a sensor session of the sensor; and correlating the data with the insertion location using a correlation engine, wherein the data pertains to data indicative of signal noise or noise metrics;
An in-line production method for providing a liquid flow of at least two additives into the paper making stock in the short circulation of a paper making machine, by feeding the liquid flow of the at least two additives into the short circulation of the paper making machine wherein the method further comprises allowing these two additives to react with one another, wherein the method comprises crystallizing calcium carbonate, and wherein the additives are at least carbon dioxide and lime milk, said carbon dioxide and lime milk being fed to the short circulation of the paper making machine characterized in that a suitable amount of a microfibrillated cellulose is provided substantially simultaneously with the feeding of liquid flow of the two additives, such that the additives reacts or start nucleation onto the surface of the microfibrillated cellulose or precipitate on the surface of the microfibrillated cellulose and thereby form complexes with the microfibrillated cellulose.
Guiding system (1;100;200) for a timepiece, the system (1;100;200) comprising a slide (4;104;204) movable along a trajectory in a plane (x,y), - at least one slide-rail (5;105;205); - an upper support element bearing against the slide (4;104;204) to press the slide against the bottom of the slide-rail (5;105;205) and block the movement of the slide (4;104;204) perpendicularly to said plane, characterized in that: - at least three non-aligned guide pins (11;111;211) connected to the slide for sliding in the slide rail (5;105;205) to control the lateral movement of the slide (4;104;204) in the plane. - at least one slide-rail (5;105;205); - an upper support element bearing against the slide (4;104;204) to press the slide against the bottom of the slide-rail (5;105;205) and block the movement of the slide (4;104;204) perpendicularly to said plane, - at least three non-aligned guide pins (11;111;211) connected to the slide for sliding in the slide rail (5;105;205) to control the lateral movement of the slide (4;104;204) in the plane.