mhurhangee/ep-ind-claims huggingface dataset:
A mixing section for an exhaust system of an internal-combustion engine, for intermixing exhaust gas and reagent, comprising: - a mixing-section housing, enclosing a mixing chamber, with a housing base, wherein at least one exhaust-gas inlet opening (34 1, 34 2) for admission of exhaust gas into the mixing chamber is provided in the housing base, - a reagent-dispensing unit for dispensing reagent into the mixing chamber substantially in a main dispensing direction, - a reagent-receiving arrangement for receiving reagent dispensed into the mixing chamber, the reagent-receiving arrangement comprising a plurality of reagent-receiving elements (44 1, 44 2, 44 3) succeeding one another in the main dispensing direction, each reagent-receiving element (44 1, 44 2, 44 3) exhibiting a reagent-receiving area (46 1, 46 2, 46 3) positioned facing toward the reagent-dispensing unit, characterized in that a plurality of passage openings (48 1, 48 2, 48 3) are formed in at least one reagent-receiving element (44 1, 44 2, 44 3). - a mixing-section housing, enclosing a mixing chamber, with a housing base, wherein at least one exhaust-gas inlet opening (34 1, 34 2) for admission of exhaust gas into the mixing chamber is provided in the housing base, - a reagent-dispensing unit for dispensing reagent into the mixing chamber substantially in a main dispensing direction, - a reagent-receiving arrangement for receiving reagent dispensed into the mixing chamber, the reagent-receiving arrangement comprising a plurality of reagent-receiving elements (44 1, 44 2, 44 3) succeeding one another in the main dispensing direction, each reagent-receiving element (44 1, 44 2, 44 3) exhibiting a reagent-receiving area (46 1, 46 2, 46 3) positioned facing toward the reagent-dispensing unit,
Drive for a window or the like, having a housing, having an electric motor, which is arranged in the housing, and having an associated circuit board with an electronic circuit arrangement, wherein the circuit board is arranged in a circuit-board holder, wherein the circuit-board holder is fitted onto the electric motor and extends between the electric motor and an end cap, wherein - the circuit-board holder is fastened mechanically on the electric motor, - the circuit board is inserted into guide grooves of the circuit-board holder, - the circuit board is introduced into the housing of the drive, characterized in that - the circuit board is pushed all the way into the circuit-board holder, a resilient crosspiece being expanded in the process, - the circuit-board holder has an accommodating ring with latching lugs, wherein the accommodating ring is pushed onto the electric motor and the latching lugs of the accommodating ring latch with latching apertures of the electric motor, - the end cap, with a connection line, is guided onto the housing and the connection line is brought into contact with the circuit board, and - the end cap is inserted, and secured, on the housing of the drive. - the circuit-board holder is fastened mechanically on the electric motor, - the circuit board is inserted into guide grooves of the circuit-board holder, - the circuit board is introduced into the housing of the drive, - the circuit board is pushed all the way into the circuit-board holder, a resilient crosspiece being expanded in the process, - the circuit-board holder has an accommodating ring with latching lugs, wherein the accommodating ring is pushed onto the electric motor and the latching lugs of the accommodating ring latch with latching apertures of the electric motor, - the end cap, with a connection line, is guided onto the housing and the connection line is brought into contact with the circuit board, and - the end cap is inserted, and secured, on the housing of the drive.
A device for thermally ablating stratum corneum epidermidis of skin on the body of a subject, comprising: a plurality of electrodes (60; 120), which are adapted to be applied to the skin of the subject at respective points; a power source (30; 172; 192; 212), which is adapted to apply electrical energy by being adapted to generate alternating current at a frequency that is between 1 kHz and 300 kHz, between two or more of the plurality of electrodes (60; 120), to cause thermal ablation of the stratum corneum primarily in an area intermediate the respective points; and a medical patch that contains a substance and that has an adhesive-coated undersurface, the medical patch being couplable to the electrodes, wherein the device is adapted to thermally ablate the area of the stratum comeum in order to allow the substance to pass therethrough. a plurality of electrodes (60; 120), which are adapted to be applied to the skin of the subject at respective points; a power source (30; 172; 192; 212), which is adapted to apply electrical energy by being adapted to generate alternating current at a frequency that is between 1 kHz and 300 kHz, between two or more of the plurality of electrodes (60; 120), to cause thermal ablation of the stratum corneum primarily in an area intermediate the respective points; and a medical patch that contains a substance and that has an adhesive-coated undersurface, the medical patch being couplable to the electrodes, wherein the device is adapted to thermally ablate the area of the stratum comeum in order to allow the substance to pass therethrough.
Device (100, 700) for collecting a specimen in a fluid in a vessel, the device comprising an elongated body (110; 710) and a plurality of substantially continuous barriers (120; 720), radially extending from the body relative to the longitudinal axis from a surface of the body and provided along at least a part of the length of the body.
A diagnostic or prognostic assay for prostate cancer in a subject, said prostate cancer characterized by abnormal methylation of cytosine at the site +5 within the human glutathione-S-transferase Pi gene, wherein said assay comprises the steps of; (i) isolating DNA from said subject, and (ii) determining the presence of abnormal methylation of cytosine at said site within the region of the human GST-Pi gene defined by (and inclusive of) CpG sites -43 to +55. (i) isolating DNA from said subject, and (ii) determining the presence of abnormal methylation of cytosine at said site within the region of the human GST-Pi gene defined by (and inclusive of) CpG sites -43 to +55.
A method for preparing a short-chain peptide powder comprising the steps of a. flash-freezing droplets of a solution comprising a short-chain peptide and a solvent to form pellets by contacting the droplets with a liquefied gas, wherein the droplets are formed by passing the solution through nozzles and b. lyophilization of the so formed pellets, wherein the average diameter of the frozen pellets resulting from the process step a. is from 1 to 6 mm. a. flash-freezing droplets of a solution comprising a short-chain peptide and a solvent to form pellets by contacting the droplets with a liquefied gas, wherein the droplets are formed by passing the solution through nozzles and b. lyophilization of the so formed pellets,
Transparent support for a semi-conducting thin layer structure with a superstrate with an upper side intended for incidence of light and an underside on which is arranged a light trapping structure which improves the optical properties of the superstrate and to which the thin layer structure is connectable, wherein the light trapping structure comprises at least one three-dimensional structural layer in the sub-micrometre range made of silicon oxide on the superstrate, characterised in that the three-dimensional structural layer is designed with a periodic nanostructure with a period P between 200 nm and 1000 mm and a first anti-reflection layer following the structural layer designed as a nanocrystalline titanium oxide layer or as a tin oxide layer, wherein the first anti-reflection layer reduces the relative height HN of the nanostructure of the structure layer by at least 30% so that the residual height HL of the light trapping structure is levelled and wherein the height HL of the light trapping structure is between 20 nm and 200 nm and the angles W between the surfaces of the light trapping structure and the underside of the superstrate are no greater than 60°, and in that a passivisation layer is arranged on the light trapping structure, ensuring temperature stability of the support for liquid phase crystallisation.
A non-therapeutic method for producing polyclonal antibodies or fragments thereof capable of binding to a human immunodeficiency virus viral envelope (Env) protein or a fragment thereof, the method comprising: immunizing a female cow with oligomeric Clade B gp140; and obtaining the antibodies or fragments thereof from hyperimmune colostrum of the cow, the method characterised by the steps of: administering a primary vaccination of the oligomeric Clade B gp140 to the cow during a pregnancy; and administering two booster vaccinations of the oligomeric Clade B gp140 to the cow during the pregnancy; wherein the first booster vaccination is administered 7 weeks after the primary vaccination and the second booster vaccination is administered 12 weeks after the primary vaccination. immunizing a female cow with oligomeric Clade B gp140; and obtaining the antibodies or fragments thereof from hyperimmune colostrum of the cow, the method characterised by the steps of: administering a primary vaccination of the oligomeric Clade B gp140 to the cow during a pregnancy; and administering two booster vaccinations of the oligomeric Clade B gp140 to the cow during the pregnancy; wherein the first booster vaccination is administered 7 weeks after the primary vaccination and the second booster vaccination is administered 12 weeks after the primary vaccination. administering a primary vaccination of the oligomeric Clade B gp140 to the cow during a pregnancy; and administering two booster vaccinations of the oligomeric Clade B gp140 to the cow during the pregnancy; wherein the first booster vaccination is administered 7 weeks after the primary vaccination and the second booster vaccination is administered 12 weeks after the primary vaccination.
A method for wireless communications, comprising: identifying a direct current, DC, subcarrier of a synchronization bandwidth; determining whether a synchronization signal transmits on or rate matches around the DC subcarrier, wherein the synchronization signal is a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, or a signal transmitted on a Physical Broadcast Channel, PBCH, the determining further comprising: in response to a determination that one or more Zadoff-Chu, ZC, sequences are used for the synchronization signal, determining that the synchronization signal transmits on the DC subcarrier; and, in response to a determination that one or more ZC sequences are not used for the synchronization signal, determining that the synchronization signal rate matches around the DC subcarrier; and performing synchronization channel processing based on the determination. identifying a direct current, DC, subcarrier of a synchronization bandwidth; determining whether a synchronization signal transmits on or rate matches around the DC subcarrier, wherein the synchronization signal is a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, or a signal transmitted on a Physical Broadcast Channel, PBCH, the determining further comprising: in response to a determination that one or more Zadoff-Chu, ZC, sequences are used for the synchronization signal, determining that the synchronization signal transmits on the DC subcarrier; and, in response to a determination that one or more ZC sequences are not used for the synchronization signal, determining that the synchronization signal rate matches around the DC subcarrier; and performing synchronization channel processing based on the determination. in response to a determination that one or more Zadoff-Chu, ZC, sequences are used for the synchronization signal, determining that the synchronization signal transmits on the DC subcarrier; and, in response to a determination that one or more ZC sequences are not used for the synchronization signal, determining that the synchronization signal rate matches around the DC subcarrier; and performing synchronization channel processing based on the determination.
An apparatus comprising: (a) a first member defining a bore, the first member configured to receive a rotational force; (b) a second member defining a bore, the first member and the second member being adjacent to one another, the bore of the first member being in concentric alignment with the bore of the second member; (c) a torque wire disposed in the bore of the first member and in the bore of the second member; and (d) a third member defining a bore, the second member and at least a portion of the first member being disposed in the bore of the third member, the third member being attached to the first member at a first attachment point of the third member, the third member being attached to the torque wire at a second attachment point of the third member, the second member disposed between the first attachment point and the second attachment point, the third member comprising at least one cutout between the first attachment point and the second attachment point, the third member configured to reliably break and decouple the first member from the torque wire when rotational force on the torque wire exceeds a predetermined amount. (a) a first member defining a bore, the first member configured to receive a rotational force; (b) a second member defining a bore, the first member and the second member being adjacent to one another, the bore of the first member being in concentric alignment with the bore of the second member; (c) a torque wire disposed in the bore of the first member and in the bore of the second member; and (d) a third member defining a bore, the second member and at least a portion of the first member being disposed in the bore of the third member, the third member being attached to the first member at a first attachment point of the third member, the third member being attached to the torque wire at a second attachment point of the third member, the second member disposed between the first attachment point and the second attachment point, the third member comprising at least one cutout between the first attachment point and the second attachment point, the third member configured to reliably break and decouple the first member from the torque wire when rotational force on the torque wire exceeds a predetermined amount.
Gas hotplate having a gas burner which comprises an inner burner and at least one outer burner, and a gas supply unit which is designed such that - in a first power range of the gas burner the gas flow to the inner burner is at least temporarily open and the gas flow to the outer burner is interrupted, and that - in a second power range of the gas burner the gas flow to the inner burner is continuously open and the gas flow to the outer burner is at least temporarily open and the open gas flow to the outer burner is varied to adjust the burner power between a minimum value and a maximum value, in the second power range of the gas burner the gas flow to the inner burner is additionally also varied between a minimum value and a maximum value to adjust the burner power, and that the second power range comprises a first power stage and a second power stage; characterised in that the first power range and the second power range merge into one another, and that in the first stage the gas flow to the inner burner is adjusted to a smaller value than in other stages of the second power range, such that in the first power stage a power output of the gas burner is achieved overall which is greater than a greatest power within the first power range and smaller than an overall power of the gas burner in the second power stage. - in a first power range of the gas burner the gas flow to the inner burner is at least temporarily open and the gas flow to the outer burner is interrupted, and that - in a second power range of the gas burner the gas flow to the inner burner is continuously open and the gas flow to the outer burner is at least temporarily open and the open gas flow to the outer burner is varied to adjust the burner power between a minimum value and a maximum value,
A device for installing and handling a module of a subsea processing station, comprising a frame intended to be fixed to a module, and a hydraulic system intended to ensure a shock-absorption and a controlled-lowering of the module on the base of the station, the hydraulic system comprising a plurality of hydraulic cylinders each intended to be connected to a foot able to come into contact with a base of the subsea processing station, characterized in that each hydraulic cylinder comprises: a cylinder body secured to the frame; and a piston intended to be put into contact with a foot and movable in translation inside the cylinder body between a first mechanical abutment corresponding to a deployed position of the piston and a second mechanical abutment corresponding to a retracted position of the piston, the piston dividing the internal volume of the cylinder body into a first chamber and a second chamber which are sealed relative to each other; the first chamber of each hydraulic cylinder being supplied with hydraulic fluid by two independent hydraulic circuits comprising a shock-absorbing circuit able to move the piston between its deployed position and an intermediate position located between the deployed position and the retracted position and defined by a hydraulic abutment, and a controlled-lowering circuit able to move the piston between the intermediate position and its retracted position. a cylinder body secured to the frame; and a piston intended to be put into contact with a foot and movable in translation inside the cylinder body between a first mechanical abutment corresponding to a deployed position of the piston and a second mechanical abutment corresponding to a retracted position of the piston, the piston dividing the internal volume of the cylinder body into a first chamber and a second chamber which are sealed relative to each other; the first chamber of each hydraulic cylinder being supplied with hydraulic fluid by two independent hydraulic circuits comprising a shock-absorbing circuit able to move the piston between its deployed position and an intermediate position located between the deployed position and the retracted position and defined by a hydraulic abutment, and a controlled-lowering circuit able to move the piston between the intermediate position and its retracted position.
A build material spreading method for a 3D printing system, the method comprising: conveying build material from a storage unit to a dosing surface by a conveyor thereby generating a pile of build material over the dosing surface; moving a spreader in a first pass in a first direction over the pile of build material at a first separation distance from the dosing surface thereby sweeping a first amount of build material from the pile of build material; modifying the first separation distance to a second separation distance by the distance adjustment unit, the second separation distance being less than the first separation distance; wherein the first separation distance is chosen so that the volume of build material to be transferred to the build surface corresponds to the volume of build material left on the dosing surface between the first and second separation distance of the spreader; and moving the spreader in a second pass in a second direction towards a build surface adjacent to the dosing surface to sweep a second amount of build material in a direction towards the build surface. conveying build material from a storage unit to a dosing surface by a conveyor thereby generating a pile of build material over the dosing surface; moving a spreader in a first pass in a first direction over the pile of build material at a first separation distance from the dosing surface thereby sweeping a first amount of build material from the pile of build material; modifying the first separation distance to a second separation distance by the distance adjustment unit, the second separation distance being less than the first separation distance; wherein the first separation distance is chosen so that the volume of build material to be transferred to the build surface corresponds to the volume of build material left on the dosing surface between the first and second separation distance of the spreader; and moving the spreader in a second pass in a second direction towards a build surface adjacent to the dosing surface to sweep a second amount of build material in a direction towards the build surface.
A device (330, 430) for use with an autoinjector to allow activation of an injection cycle of the autoinjector with the palm of an operator's hand, the device (330, 430) comprising: a palm-operated button (331, 431) having a surface which is sized and configured for accommodating the palm of the operator's hand; and a mounting arrangement for operatively coupling the device (330, 430) to an activation end of a housing of the autoinjector, the mounting arrangement comprising: a base extending from the palm-operated button (331, 431); and an adaptor for attaching to a housing of the autoinjector, the adaptor telescopically disposed within the base to allow the palm-operated button (331, 431) to move axially to activate the autoinjector. a palm-operated button (331, 431) having a surface which is sized and configured for accommodating the palm of the operator's hand; and a mounting arrangement for operatively coupling the device (330, 430) to an activation end of a housing of the autoinjector, the mounting arrangement comprising: a base extending from the palm-operated button (331, 431); and an adaptor for attaching to a housing of the autoinjector, the adaptor telescopically disposed within the base to allow the palm-operated button (331, 431) to move axially to activate the autoinjector. a base extending from the palm-operated button (331, 431); and an adaptor for attaching to a housing of the autoinjector, the adaptor telescopically disposed within the base to allow the palm-operated button (331, 431) to move axially to activate the autoinjector.
Method for producing a plastic moulded part having a decorated surface, having the following steps: - providing a plastic intermediate product having an injection moulded part and at least one first decorative ply, - providing a second stamping film having a second decorative ply, - hot stamping the second stamping film onto the plastic intermediate product and/or onto the injection moulded part, wherein the plastic intermediate product is produced by at least the following steps: - arranging or introducing a first stamping film with the first decorative ply in a cavity of an injection moulding tool mould, - at least regionally back-injecting the first stamping film with a plastic mass. - providing a plastic intermediate product having an injection moulded part and at least one first decorative ply, - providing a second stamping film having a second decorative ply, - hot stamping the second stamping film onto the plastic intermediate product and/or onto the injection moulded part, wherein the plastic intermediate product is produced by at least the following steps: - arranging or introducing a first stamping film with the first decorative ply in a cavity of an injection moulding tool mould, - at least regionally back-injecting the first stamping film with a plastic mass.