mhurhangee/ep-ind-claims huggingface dataset:
A method for producing an article, comprising the steps of: - applying a layer of particles to a target surface; - introducing energy into a selected portion of the layer corresponding to a cross section of the article in a chamber to bond the particles in the selected portion; - repeating the steps of applying and introducing energy for a multitude of layers to bond the bonded portions of the adjacent layers in order to form the article; where at least some of the particles include a fusible polymer; characterized in that the fusible polymer comprises a thermoplastic polyurethane polymer having a melting range (DSC, differential scanning calorimetry; second heating run at a heating rate of 20 K/min) of 160°C to 270°C and a Shore D hardness to DIN ISO 7619-1 of 50 or more and a melt volume flow rate at a temperature T according to ISO 1133 of 5 to 15 cm 3 /10 min and a change in the MVR in the event of an increase of this temperature T by 20°C of > 90 cm 3 /10 min. - applying a layer of particles to a target surface; - introducing energy into a selected portion of the layer corresponding to a cross section of the article in a chamber to bond the particles in the selected portion; - repeating the steps of applying and introducing energy for a multitude of layers to bond the bonded portions of the adjacent layers in order to form the article; where at least some of the particles include a fusible polymer; characterized in that the fusible polymer comprises a thermoplastic polyurethane polymer having a melting range (DSC, differential scanning calorimetry; second heating run at a heating rate of 20 K/min) of 160°C to 270°C and a Shore D hardness to DIN ISO 7619-1 of 50 or more and a melt volume flow rate at a temperature T according to ISO 1133 of 5 to 15 cm 3 /10 min and a change in the MVR in the event of an increase of this temperature T by 20°C of > 90 cm 3 /10 min.
A prolonged-release melatonin mini-tablet comprising: 1 mg, 2 mg, 3 mg, 4 mg, or 5 mg melatonin; and pharmaceutically acceptable carriers comprising calcium hydrogen phosphate dihydrate, ammonio methacrylate copolymer and lactose monohydrate, wherein the ratio between melatonin, ammonio methacrylate copolymer, calcium hydrogen phosphate dihydrate and lactose monohydrate by weight is 1: 1.1-5.9: 0.8-8.3: 1.8-8.8; and wherein the mini-tablet has a diameter of less than or equal to 4 mm. 1 mg, 2 mg, 3 mg, 4 mg, or 5 mg melatonin; and pharmaceutically acceptable carriers comprising calcium hydrogen phosphate dihydrate, ammonio methacrylate copolymer and lactose monohydrate, wherein the ratio between melatonin, ammonio methacrylate copolymer, calcium hydrogen phosphate dihydrate and lactose monohydrate by weight is 1: 1.1-5.9: 0.8-8.3: 1.8-8.8; and wherein the mini-tablet has a diameter of less than or equal to 4 mm.
An ejector system for ejecting bales from a bale-forming chamber of an agricultural baler, the ejector system comprising at least one shuttle assembly comprising a plurality of protrusions (5, 6), the shuttle assembly being adapted for reciprocating movement so as to allow propelling of at least two bales (15, 16) along the bale-forming chamber in a forward direction towards a discharge outlet for ejection therefrom, wherein the ejector system furthermore comprises a tilting means for tilting the at least one shuttle assembly so as to retract a subset of the plurality of protrusions from an extended position projecting into the bale-forming chamber to a retracted position disposed outside the bale-forming chamber, thus, during movement of the shuttle assembly in a direction towards the discharge outlet, propelling only the bale present in the bale-forming chamber closest to the discharge outlet.
A mechanical connection between a bearing insert and a roller blind tube in a roller blind, wherein the insert is provided with angularly disposed radial and longitudinal ribs (3,3', 3"), and wherein the inner surface of the roller blind tube is provided with longitudinal grooves at an angular spacing that is identical to the angular spacing of said ribs (3,3', 3"), characterized in that the longitudinal grooves have a slightly increased radius with respect to the axis of the roller blind tube, thus providing a choice of diameters wherein, depending on the diameter tolerances on the roller blind tube and insert, the ribs (3, 3', 3") on the insert can frictionally cooperate either with the original inside surface of the roller blind tube or with said grooves.
A process for manufacturing encapsulated optical sensors, comprising the steps of: - forming a plurality of mutually spaced optical sensors in a wafer having a substrate of semiconductor material with a low doping level; - bonding a plate of transparent material to a front side of said wafer so as to seal said optical sensors; and - dividing said wafer and said plate into a plurality of dice, each comprising an optical sensor and a respective portion of said plate; characterized by the step of forming, for each optical sensor, a plurality of through interconnections, wherein said step of forming the through interconnections is performed before dividing said wafer and said plate and comprises: - forming annular trenches in the substrate of said wafer using a mask, each of which trenches delimits internally a respective plug of the semiconductor material extending perpendicular to the front face of the substrate; - doping the substrate using said mask to form highly doped highly conductive regions around the trenches; - thereafter filling said trenches with insulating material so as to form insulating structures; and - thinning out the back face of said substrate until said insulating structures and said plugs of the semiconductor material are exposed, the semiconductor plugs forming the through interconnections and having respective inner portions, which have a low doping level and are weakly conductive, and peripheral portions, which have a high doping level and are strongly conductive. - forming a plurality of mutually spaced optical sensors in a wafer having a substrate of semiconductor material with a low doping level; - bonding a plate of transparent material to a front side of said wafer so as to seal said optical sensors; and - dividing said wafer and said plate into a plurality of dice, each comprising an optical sensor and a respective portion of said plate; - forming annular trenches in the substrate of said wafer using a mask, each of which trenches delimits internally a respective plug of the semiconductor material extending perpendicular to the front face of the substrate; - doping the substrate using said mask to form highly doped highly conductive regions around the trenches; - thereafter filling said trenches with insulating material so as to form insulating structures; and - thinning out the back face of said substrate until said insulating structures and said plugs of the semiconductor material are exposed, the semiconductor plugs forming the through interconnections and having respective inner portions, which have a low doping level and are weakly conductive, and peripheral portions, which have a high doping level and are strongly conductive.
Process for lowering the amount of esters of 2- and 3-MCPD in refined triglyceride oil, wherein said oil prior to entering the process has been treated with one or more refining steps and wherein said oil comprises triglycerides of fatty acids having a carbon chain length of C12 - C24 in an amount of at least 50% of the total triglyceride content, the process comprising the steps of: - blending the oil with a base and - heat treating the oil while passing steam through the oil at reduced pressure, keeping the degree of interesterification in the product from the process below 60%. - blending the oil with a base and - heat treating the oil while passing steam through the oil at reduced pressure, keeping the degree of interesterification in the product from the process below 60%.
A preparation for determining cytochrome P450-2C19 isoenzyme phenotype-related metabolic capacity, comprising pantoprazole: 6-(difluoromethoxy)-2-(((3,4-dimethoxypyridin-2-yl)methyl)sulfinyl)-1H-benzo[d]imidazole; in which the carbon or oxygen atoms of the 4-methoxy group of pantoprazole is labeled with an isotope, and wherein the labeled pantoprazole of the preparation produces isotope-labeled CO 2 after administration to a mammalian subject.
A surgical instrument comprising: a shaft; a member mounted at a distal end of the shaft, the member being mounted to permit movement of the member relative to the shaft; a mechanism attached to a proximal end of the shaft, the mechanism including a first capstan and a first passive preload system, wherein the first capstan is free to roll and has a coupling through which a motor can attach to and rotate the first capstan; and a first tendon running down the shaft and wrapping around the first capstan, the first tendon having a first end attached to the member and a second end attached to the first passive preload system. a shaft; a member mounted at a distal end of the shaft, the member being mounted to permit movement of the member relative to the shaft; a mechanism attached to a proximal end of the shaft, the mechanism including a first capstan and a first passive preload system, wherein the first capstan is free to roll and has a coupling through which a motor can attach to and rotate the first capstan; and a first tendon running down the shaft and wrapping around the first capstan, the first tendon having a first end attached to the member and a second end attached to the first passive preload system.
A method performed by a first lawful interception, LI, function being an LI administrative function, LI ADMF, outside of a Virtualized Network Function, VNF, the method comprises: - transmitting, to a second LI function in the, VNF, a request for random number generator, RNG, data, said RNG data characterizing an RNG in the second LI function, - receiving, from the second LI function, the RNG data, - testing the RNG data, resulting in a randomness test result that is indicative of randomness of random numbers generated by the RNG in the second LI function, and - if the randomness is below a first threshold value, performing a mitigating action which comprises transmitting an alarm signal to the second LI function. - transmitting, to a second LI function in the, VNF, a request for random number generator, RNG, data, said RNG data characterizing an RNG in the second LI function, - receiving, from the second LI function, the RNG data, - testing the RNG data, resulting in a randomness test result that is indicative of randomness of random numbers generated by the RNG in the second LI function, and - if the randomness is below a first threshold value, performing a mitigating action which comprises transmitting an alarm signal to the second LI function.
A purified or isolated nucleic acid or nucleic acid fragment from a ryegrass (Lolium) species, said nucleic acid or nucleic acid fragment comprising a nucleotide sequence selected from the group consisting of: (a) a functionally active variant of the sequence shown in SEQ ID No. 1 encoding a FLOWERING LOCUS T polypeptide, said functionally active variant being capable of modifying flowering in a forage grass by controlling heading, and having at least 90% identity to SEQ ID No. 1; (b) a functionally active fragment of the sequence shown in SEQ ID No. 1 encoding a FT polypeptide, said functionally active fragment being capable of modifying flowering in a forage grass by controlling heading, and have a size of at least 30 nucleotides; (c) complement of the sequence shown in SEQ ID No. 1; (d) a fragment of a sequence antisense to one of the sequences recited in (a) and (b), wherein said fragment is capable of modifying flowering in a forage grass by controlling heading, and has a size of at least 30 nucleotides; and (e) RNA sequences corresponding to the sequences recited in (a), (b), (c) and (d). (a) a functionally active variant of the sequence shown in SEQ ID No. 1 encoding a FLOWERING LOCUS T polypeptide, said functionally active variant being capable of modifying flowering in a forage grass by controlling heading, and having at least 90% identity to SEQ ID No. 1; (b) a functionally active fragment of the sequence shown in SEQ ID No. 1 encoding a FT polypeptide, said functionally active fragment being capable of modifying flowering in a forage grass by controlling heading, and have a size of at least 30 nucleotides; (c) complement of the sequence shown in SEQ ID No. 1; (d) a fragment of a sequence antisense to one of the sequences recited in (a) and (b), wherein said fragment is capable of modifying flowering in a forage grass by controlling heading, and has a size of at least 30 nucleotides; and (e) RNA sequences corresponding to the sequences recited in (a), (b), (c) and (d).
An access point device for controlling spectrum usage of a hierarchical communication system, in which a spectrum reserved for an Incumbent is usable by at least one user equipment for transmission when the spectrum is not required by the Incumbent, the AP device comprising a processor configured to: enable transmission of the at least one UE using the spectrum reserved for the Incumbent based on a spectrum availability indication from the Incumbent, create a group of users affected by a spectrum request indication from the Incumbent, wherein respective output power levels of the users in the group exceed a given threshold, and wherein the processor is further configured to transmit a message requesting the group of users to enter into a sleep mode and/or the processor is further configured to block MAC addresses of the group of users. enable transmission of the at least one UE using the spectrum reserved for the Incumbent based on a spectrum availability indication from the Incumbent, create a group of users affected by a spectrum request indication from the Incumbent, wherein respective output power levels of the users in the group exceed a given threshold, and wherein the processor is further configured to transmit a message requesting the group of users to enter into a sleep mode and/or the processor is further configured to block MAC addresses of the group of users.
An electronic module with an integrated circuit board holder for contacting at least one wire (2, 3) with a circuit board which can be arranged in the circuit board holder, wherein the circuit board holder has at least one guide element (11, 12) which is formed to guide the circuit board which can be arranged in the circuit board holder to a predetermined end position in which the circuit board is arranged in a predetermined plane and contact surfaces (5, 6) provided on the circuit board are in a predetermined mounting position, wherein the circuit board holder has two wire holders (13A, 13B, 14A, 14B) per wire (2, 3) to be contacted with the circuit board, which are opposite to one another on the circuit board holder and are formed to hold a wire (2, 3) running straight and freely between the two wire holders (13A, 13B, 14A, 14B), wherein the two wire holders (13A, 13B, 14A, 14B) are further formed to keep at least one wire section of the wire (2, 3) running straight between the two wire holders (13A, 13B, 14A, 14B) at a predetermined distance to the mounting position so that the wire (2, 3) can be pressed against the respective contact surface (5, 6) with the wire section by a pressing tool and can be connected with the contact surface (5, 6). wherein the circuit board holder has at least one guide element (11, 12) which is formed to guide the circuit board which can be arranged in the circuit board holder to a predetermined end position in which the circuit board is arranged in a predetermined plane and contact surfaces (5, 6) provided on the circuit board are in a predetermined mounting position, wherein the circuit board holder has two wire holders (13A, 13B, 14A, 14B) per wire (2, 3) to be contacted with the circuit board, which are opposite to one another on the circuit board holder and are formed to hold a wire (2, 3) running straight and freely between the two wire holders (13A, 13B, 14A, 14B), wherein the two wire holders (13A, 13B, 14A, 14B) are further formed to keep at least one wire section of the wire (2, 3) running straight between the two wire holders (13A, 13B, 14A, 14B) at a predetermined distance to the mounting position so that the wire (2, 3) can be pressed against the respective contact surface (5, 6) with the wire section by a pressing tool and can be connected with the contact surface (5, 6).
A liquid collection device comprising: a collection container configured to collect liquid discharged from a liquid discharger; an absorber configured to absorb the liquid collected in the collection container; and characterized by a solvent supplier configured to supply a solvent component of the liquid discharged onto a sheet from the liquid discharger to the absorber, wherein the solvent supplier is configured to: heat the sheet to which the liquid discharged from the liquid discharger has adhered; vaporize and collect a solvent component of the liquid; and liquefy and supply the collected solvent component to the absorber. a collection container configured to collect liquid discharged from a liquid discharger; an absorber configured to absorb the liquid collected in the collection container; and characterized by a solvent supplier configured to supply a solvent component of the liquid discharged onto a sheet from the liquid discharger to the absorber, wherein the solvent supplier is configured to: heat the sheet to which the liquid discharged from the liquid discharger has adhered; vaporize and collect a solvent component of the liquid; and liquefy and supply the collected solvent component to the absorber. heat the sheet to which the liquid discharged from the liquid discharger has adhered; vaporize and collect a solvent component of the liquid; and liquefy and supply the collected solvent component to the absorber.
A metal substrate provided with a surface texture comprising a surface height map consisting of features such as peaks and valleys, characterised in that the Maximum Zero Normalised Auto Correlation (MZNAC) of the surface texture is in a range of 0.2 - 0.8, wherein the MZNAC corresponds to the highest peak in the Zero Normalised Auto Correlation (ZNAC), except for the peak at Δx=Δy=0, wherein the ZNAC of the surface can be obtained from the following equation: ZNAC = ∑ i = − M M ∑ j = − M M Z x i y j − Z m × Z x ′ i, y ′ j − Z m Δ Z Δ Z, with x' i = x i + Δ x and y' j = y j + Δ y.
A turbocharger compressor housing for a motor vehicle, the housing comprising: a compressor housing portion for housing at least a portion of the turbocharger compressor; a compressor inlet duct portion for carrying a flow of inlet gases to an inlet of the turbocharger compressor; and a crankcase ventilation pipe in fluidic communication with the inlet of the turbocharger compressor, the pipe for the introduction of crankcase ventilation gases into the turbocharger compressor, wherein the pipe is integrally formed with the compressor housing portion, wherein the turbocharger compressor housing is a one-piece component, wherein the turbocharger compressor housing further comprises a crankcase ventilation inlet chamber configured to extend about a compressor intake duct, wherein the crankcase ventilation inlet chamber is in fluidic communication with the inlet of the turbocharger compressor, and wherein the pipe is in fluidic communication with the crankcase ventilation inlet chamber, wherein the crankcase ventilation pipe comprises an inlet opening, an outlet opening and a duct portion extending between the inlet opening and the outlet opening, characterized in that a wall of the duct portion is in contact with a part of the compressor housing portion forming a wall of a compressor outlet volume. a compressor housing portion for housing at least a portion of the turbocharger compressor; a compressor inlet duct portion for carrying a flow of inlet gases to an inlet of the turbocharger compressor; and a crankcase ventilation pipe in fluidic communication with the inlet of the turbocharger compressor, the pipe for the introduction of crankcase ventilation gases into the turbocharger compressor, wherein the pipe is integrally formed with the compressor housing portion, wherein the turbocharger compressor housing is a one-piece component, wherein the turbocharger compressor housing further comprises a crankcase ventilation inlet chamber configured to extend about a compressor intake duct, wherein the crankcase ventilation inlet chamber is in fluidic communication with the inlet of the turbocharger compressor, and wherein the pipe is in fluidic communication with the crankcase ventilation inlet chamber, wherein the crankcase ventilation pipe comprises an inlet opening, an outlet opening and a duct portion extending between the inlet opening and the outlet opening, characterized in that a wall of the duct portion is in contact with a part of the compressor housing portion forming a wall of a compressor outlet volume.
Method for sorting products by distinguishing and possibly separating suitable products from inferior or strange products, whereby these products move in a product flow with a certain width through a detection zone, whereby at least one light beam is moved in this detection zone over the width of the product flow by means of a scan means in order to make this light beam impinge on the products to be sorted, such that the light beam is at least partly scattered and/or directly reflected by said products, whereby the scattered light and/or the directly reflected light at least partly enters at least one first detector which generates a detection signal, whereby products which scatter or reflect the light in a way which is different from that of suitable products are discerned from the latter by means of said detection signal, whereby a stream of light is generated in the detection zone between a reference element and said scan means, characterised in that the intensity of this stream of light is observed in a direction which substantially corresponds to the direction of said light beam by means of a second detector and, only when this intensity exceeds a preset value, and in particular is lower than this preset value, a product which is hit by the light beam will be qualified as a suitable product or as an inferior or strange product in function of the detection signal of said at least one first detector, whereby said detection signal is no longer used to identify the product when said preset value is transgressed again.