mhurhangee/ep-ind-claims huggingface dataset:
Method for calibrating a positioner system, wherein the positioner system comprises an electronically commutated actuating drive and an actuator that is impinged by a counter force and is coupled to said actuating drive, wherein a position of the actuator is detected in order to obtain a position variable, and wherein a commutation of the actuating drive is carried out in order to generate a motor magnetic field based on a rotor position that is ascertained with the aid of the position variable, said method comprising the following steps: - controlling the actuating drive so that a first motor magnetic field of a first magnitude is generated, and ascertaining a first position variable for the position of the actuator that is aligned with the first motor magnetic field; - controlling the actuating drive so that a second motor magnetic field of a second magnitude is generated, and ascertaining a second position variable for the position of the actuator that is aligned with the second motor magnetic field, wherein the directions of the first and the second motor magnetic field are identical; - based on the first and the second position variable ascertaining a position variable that indicates a position of the actuator under the assumption that the actuator is not impinged by a counter force; - allocating the ascertained position variable to a rotor position that corresponds to the direction of the first and second motor magnetic field. - controlling the actuating drive so that a first motor magnetic field of a first magnitude is generated, and ascertaining a first position variable for the position of the actuator that is aligned with the first motor magnetic field; - controlling the actuating drive so that a second motor magnetic field of a second magnitude is generated, and ascertaining a second position variable for the position of the actuator that is aligned with the second motor magnetic field, wherein the directions of the first and the second motor magnetic field are identical; - based on the first and the second position variable ascertaining a position variable that indicates a position of the actuator under the assumption that the actuator is not impinged by a counter force; - allocating the ascertained position variable to a rotor position that corresponds to the direction of the first and second motor magnetic field.
Insulating layer-forming composition with a part A, which contains at least one epoxy resin, a part B, which contains at least one thio-compound as a hardening agent, and a part C, which contains an insulating layer-forming additive, in which the composition also contains a phenol derivative or a tertiary amine as a catalyst for the reaction of the epoxy resin with the thio-compound.
A glass comprising, in mole percent: 60 to 65 percent SiO 2; 8 to 12 percent Al 2 O 3; 7 to 15 percent B 2 O 3; 0.1 to 8 percent M 2 O; 9 to 15 percent RO; and 0.01 to 0.4 percent SnO 2; wherein, M is an alkali metal and wherein, R is an alkaline earth metal. 60 to 65 percent SiO 2; 8 to 12 percent Al 2 O 3; 7 to 15 percent B 2 O 3; 0.1 to 8 percent M 2 O; 9 to 15 percent RO; and 0.01 to 0.4 percent SnO 2;
A method for generating and transmitting a frame, the method comprising: generating the frame comprising a header, and a payload; and transmitting the frame, wherein the header comprises an indicating field for indicating presence or absence of an information field, the method characterised by: wherein if the indicating field comprises a first value indicating the absence of the information field, an additional information field comprises a pointer value, and wherein if the indicating field comprises a second value indicating the presence of the information field, the information field comprises most significant bits, MSB, of a long pointer value and the additional information field comprises least significant bits, LSBs, of the long pointer value. generating the frame comprising a header, and a payload; and transmitting the frame, wherein the header comprises an indicating field for indicating presence or absence of an information field, the method characterised by: wherein if the indicating field comprises a first value indicating the absence of the information field, an additional information field comprises a pointer value, and wherein if the indicating field comprises a second value indicating the presence of the information field, the information field comprises most significant bits, MSB, of a long pointer value and the additional information field comprises least significant bits, LSBs, of the long pointer value. wherein if the indicating field comprises a first value indicating the absence of the information field, an additional information field comprises a pointer value, and wherein if the indicating field comprises a second value indicating the presence of the information field, the information field comprises most significant bits, MSB, of a long pointer value and the additional information field comprises least significant bits, LSBs, of the long pointer value.
System for driving and guiding of a trailing edge control surface comprising a wing and a trailing edge control surface; the system being arranged on a trailing edge region of the wing, the system comprising a first guide device attached to the wing and coupled with an inboard section of the control surface for guiding the inboard section of the control surface along a predetermined trajectory relative to the trailing edge region of the wing between a retracted position and at least one extended position, a second guide device (22, 76, 84) attached to the wing and holding a connecting means (54, 79, 81) of an outboard section of the control surface, and a drive device fixedly attached to the wing and the control surface for moving the control surface, wherein the trajectory is a spatial path at least along one dimension, wherein a distance between the inboard section of the control surface and a fixed part of the wing changes during a motion of the inboard section on the trajectory, and wherein at least one of the second guide device (22, 76, 84) and the connecting means (54, 79, 81) is designed to swivably hold the connecting means (54, 79, 81) of the outboard section of the control surface under prevention of a translatory motion of the connecting means (54, 79, 81) relative to the wing, and wherein the second guide device (22, 76, 84) is at least partially positioned inside an air foil structure of the wing.
A method of producing at least one amplicon based on a target DNA comprising: (a) providing the target DNA; (b) providing a primer solution comprising at least one exonuclease-resistant, inosine-containing primer, wherein said inosine-containing primer comprises at least one inosine residue in its sequence, wherein said inosine residue may also be an inosine analogue; (c) generating a DNA amplification reaction mixture by mixing together the target DNA, the primer solution, at least one 5'→3' exonuclease-deficient DNA polymerase having a strand displacement activity, and at least one endonuclease that is capable of nicking an inosine-containing strand of a double stranded DNA at a residue 3' to an inosine residue; and (d) incubating the DNA amplification reaction mixture to amplify at least one portion of the target DNA using the at least one exonuclease-resistant, inosine-containing primer to produce the at least one amplicon; wherein the inosine residue of the nuclease-resistant, inosine-containing primer is located at the penultimate 3' position and comprises a phosphorothioate linkage at the 5' side or at the 3' side of the inosine residue; and, wherein the method further comprises decontaminating the primer solution, prior to generating the DNA amplification reaction mixture, by treating the primer solution with an exonuclease to remove any contaminating nucleic acids. (a) providing the target DNA; (b) providing a primer solution comprising at least one exonuclease-resistant, inosine-containing primer, wherein said inosine-containing primer comprises at least one inosine residue in its sequence, wherein said inosine residue may also be an inosine analogue; (c) generating a DNA amplification reaction mixture by mixing together the target DNA, the primer solution, at least one 5'→3' exonuclease-deficient DNA polymerase having a strand displacement activity, and at least one endonuclease that is capable of nicking an inosine-containing strand of a double stranded DNA at a residue 3' to an inosine residue; and (d) incubating the DNA amplification reaction mixture to amplify at least one portion of the target DNA using the at least one exonuclease-resistant, inosine-containing primer to produce the at least one amplicon;
A method for forming a tube for storing a product, comprising: forming a tube wall laminate structure using a method comprising: forming a barrier laminate as a barrier structure, wherein the barrier laminate comprises a first polyethylene layer, a barrier layer attached to the first PE layer with a first adhesive layer, and a second PE layer attached to the barrier laminate with a second adhesive layer; attaching the barrier laminate to a metallized laminate, wherein the metallized laminate comprises a light-reflective metal layer and an inner plastic layer; and attaching the metallized laminate to a hologram layer using a transparent or translucent PE outer film, wherein the PE outer film is interposed between the hologram layer and the metallized laminate, wherein the metallized laminate is attached to the hologram layer using a process that occurs at a temperature of 38°C or less. forming a barrier laminate as a barrier structure, wherein the barrier laminate comprises a first polyethylene layer, a barrier layer attached to the first PE layer with a first adhesive layer, and a second PE layer attached to the barrier laminate with a second adhesive layer; attaching the barrier laminate to a metallized laminate, wherein the metallized laminate comprises a light-reflective metal layer and an inner plastic layer; and attaching the metallized laminate to a hologram layer using a transparent or translucent PE outer film, wherein the PE outer film is interposed between the hologram layer and the metallized laminate, wherein the metallized laminate is attached to the hologram layer using a process that occurs at a temperature of 38°C or less.
A glass container comprising as container parts i) a glass tube with a first end and a further end, wherein the glass tube is characterized by a longitudinal axis L tube and comprises, in a direction from the top to the bottom: ia) a top region that is located at the first end of the glass tube, wherein the outer diameter of the top region is dt; ib) a junction region that follows the top region; ic) a neck region that follows the junction region, wherein the outer diameter of the neck region is d n with d n < d t and wherein the minimum thickness of the glass in the neck region is l n; id) a shoulder region that follows the neck region; and ie) a body region that follows the shoulder region and that extends to the further end of the glass tube, wherein the thickness of the glass in the body region is l b and wherein the outer diameter of the body region is d b with d b > d t; ii) a glass bottom that closes the glass tube at the further end; wherein the junction region has an outer surface that at the end at which the junction region merges into the neck region is substantially circular arc-shaped, the substantially circular arc-shaped area having an outer radius r s, and wherein the following conditions is fulfilled: 2 × l n / l b × r s ≥ 0.9 mm. i) a glass tube with a first end and a further end, wherein the glass tube is characterized by a longitudinal axis L tube and comprises, in a direction from the top to the bottom: ia) a top region that is located at the first end of the glass tube, wherein the outer diameter of the top region is dt; ib) a junction region that follows the top region; ic) a neck region that follows the junction region, wherein the outer diameter of the neck region is d n with d n < d t and wherein the minimum thickness of the glass in the neck region is l n; id) a shoulder region that follows the neck region; and ie) a body region that follows the shoulder region and that extends to the further end of the glass tube, wherein the thickness of the glass in the body region is l b and wherein the outer diameter of the body region is d b with d b > d t; ia) a top region that is located at the first end of the glass tube, wherein the outer diameter of the top region is dt; ib) a junction region that follows the top region; ic) a neck region that follows the junction region, wherein the outer diameter of the neck region is d n with d n < d t and wherein the minimum thickness of the glass in the neck region is l n; id) a shoulder region that follows the neck region; and ie) a body region that follows the shoulder region and that extends to the further end of the glass tube, wherein the thickness of the glass in the body region is l b and wherein the outer diameter of the body region is d b with d b > d t; ii) a glass bottom that closes the glass tube at the further end; wherein the junction region has an outer surface that at the end at which the junction region merges into the neck region is substantially circular arc-shaped, the substantially circular arc-shaped area having an outer radius r s, and wherein the following conditions is fulfilled: 2 × l n / l b × r s ≥ 0.9 mm.
An injection device of the type comprising a cylindrical body enclosing a reservoir containing a product to be injected, said reservoir opening at one end on an injection needle provided with a cannula and being closed at its other end by a plunger mounted so as to be movable in translation in the reservoir under the control of a plunger rod (11, 51) provided with a control member (13, 13', 53), the device comprising means for controlling the quantity of product to be delivered, said control means being arranged on the body in an area located outside the area intended to be fully gripped by the hand which is located in the distal region of the body characterised in that said control means comprise a plunger rod comprising a threaded portion on which an adjusting wheel is screwed, and the body comprises two end stops, namely a distal stop and a proximal stop, between which the adjusting wheel can be positioned, said device allowing the user to select in advance the quantity of product that will be injected into a patient without having, during the injection, to control the quantity of product delivered.
A block copolymer comprising a segment A comprising a partial structure represented by the following general formula: wherein n is an integer of 1 to 10; R 1 is a hydrogen atom or a methyl group; R 2 is an alkylene group having 1 to 10 carbon atoms; and R 3 is an alkylene group having 1 to 10 carbon atoms, and a segment B comprising a partial structure represented by the following general formula: wherein R 4 is a hydrogen atom or a methyl group; R 5 is an alkylene group having 1 to 10 carbon atoms; and R 6 and R 7 are each independently a hydrogen atom or an alkyl group having 1 to 10 carbon atoms, and having an amine value of 20 mg KOH/g to 150 mg KOH/g.
At least one non-digestible oligosaccharide selected from the group consisting of fructo-oligosaccharide, non-digestible dextrin, galacto-oligosaccharide, xylooligosaccharide, arabino-oligosaccharide, arabinogalacto-oligosaccharide, gluco-oligosaccharide, glucomanno-oligosaccharide, galactomannooligo-saccharide, mannan-oligosaccharide, chito-oligosaccharide, uronic acid oligosaccharide, sialyloligosaccharide and fuco-oligosaccharide for use in the enhancement of a partial protein hydrolysate-induced oral tolerance against dietary proteins, the partial protein hydrolysate being characterised in that it comprises at least 3 wt% of peptides with a size of 5 kDa or above and at least 50 wt.% of peptides with a size below 5 kDa and wherein the partial protein hydrolysate is partial mammalian milk protein hydrolysate, partial whey protein hydrolysate or partial beta-lactoglobulin hydrolysate.
A formaldehyde-free aqueous binder composition in the form of a dispersion comprising - starch, wherein an amount of 95 weight % or more of the starch is water-insoluble native starch, and - one or more acrylic component(s) selected from the group consisting of polyacrylic acid, copolymers of acrylic and maleic acids, copolymers of ethylene-unsaturated moieties containing at least 10 mol % of acrylic acid, maleic acid or maleic anhydride; salts of any preceding (co)polymers, curable resins based on any preceding (co)polymers, and mixtures thereof. - starch, wherein an amount of 95 weight % or more of the starch is water-insoluble native starch, and - one or more acrylic component(s) selected from the group consisting of polyacrylic acid, copolymers of acrylic and maleic acids, copolymers of ethylene-unsaturated moieties containing at least 10 mol % of acrylic acid, maleic acid or maleic anhydride; salts of any preceding (co)polymers, curable resins based on any preceding (co)polymers, and mixtures thereof.
A snowplough blade for being elastically fastened to the lower section of a plough wing, comprising a wiper section arranged to be able to slide along with the movements of the blade on the surface of the lower section of the plough wing, the wiper section being optionally provided as a separate section connected to the rest of the blade, characterised in that the snowplough blade is provided with elastic sections, which are formed by chamfering of the rear surface of the snowplough blade, when seen in a ploughing direction of the blade, such that the blade is formed as a continuous elastic blade construction, wherein the sections of the blade located between the elastic sections form blade elements, which are more rigid than the elastic sections, and which are able, in use, to be controlled and spring biased to their working position.
A heat exchanger comprising: a plurality of refrigerant tubes spaced apart from each other; headers (41, 42) joined to respective ends of each of the refrigerant tubes; at least one baffle (50a, 50b, 50c) to block a longitudinal flow of a refrigerant flowing in the headers and divide the refrigerant tubes into a plurality of mutually adjacent groups, each of the groups causing the refrigerant to flow in one direction; and a booster installed to vary a cross-sectional area of at least one of the headers to uniformly distribute the refrigerant to refrigerant tubes in the same group among the refrigerant tubes, characterised in that the booster comprises a blocking plate that is moveable within the header to narrow or widen the passage through which refrigerant flows in dependence on the internal pressure of the header. a plurality of refrigerant tubes spaced apart from each other; headers (41, 42) joined to respective ends of each of the refrigerant tubes; at least one baffle (50a, 50b, 50c) to block a longitudinal flow of a refrigerant flowing in the headers and divide the refrigerant tubes into a plurality of mutually adjacent groups, each of the groups causing the refrigerant to flow in one direction; and a booster installed to vary a cross-sectional area of at least one of the headers to uniformly distribute the refrigerant to refrigerant tubes in the same group among the refrigerant tubes, characterised in that the booster comprises a blocking plate that is moveable within the header to narrow or widen the passage through which refrigerant flows in dependence on the internal pressure of the header.
Milking carousel comprising a platform which is rotatable about an axis of rotation and which has a plurality of milking stalls, a circular, stationary carrying path, a circular guide path which is connected to the platform, wherein the carrying path and the guide path are arranged concentrically with respect to one another and one above the other, and a carrying wagon with wheels which are arranged between the carrying path and the guide path, characterized in that the carrying wagon is formed by a plurality of annular segments which are arranged between the carrying path and the guide path, wherein each segment, as seen in a circumferential direction of the segment, has at least two checking portions which are formed spaced apart from one another. a platform which is rotatable about an axis of rotation and which has a plurality of milking stalls, a circular, stationary carrying path, a circular guide path which is connected to the platform, wherein the carrying path and the guide path are arranged concentrically with respect to one another and one above the other, and a carrying wagon with wheels which are arranged between the carrying path and the guide path, characterized in that the carrying wagon is formed by a plurality of annular segments which are arranged between the carrying path and the guide path, wherein each segment, as seen in a circumferential direction of the segment, has at least two checking portions which are formed spaced apart from one another.
A shaving or hair trimming device comprising an optical element for projecting an elongate optical image onto the skin of a user, characterized in that said optical element comprises a reflective surface configured to reflect a beam of light emitted by a light source so that the beam of light converges in a first plane (X-Y) and diverges in a second plane (Y-Z), the first plane being at right angles to the second plane.
An invasive lithotripter probe system comprising a lithotripter tip with a first conic electrode positioned at a distal end of the lithotripter tip, and a second conic electrode, an end of which is coaxially aligned with an end of the first conic electrode, and an electrical source including a two-electrode spark gap triggering system that comprises: a first spark gap (402, 502); a second spark gap (404, 504) electrically connected in series with the first spark gap; and a storage capacitor electrically connected in parallel with the first and second spark gaps; wherein the first conic electrode of the invasive lithotripter tip is electrically connected to the storage capacitor via the serially connected first and second spark gaps; and wherein when the first and second spark gaps conduct, the storage capacitor is configured to discharge to the electrode of the invasive lithotripter tip, thereby causing an electric arc within the invasive lithotripter trip, a high voltage trigger pulse applied to a common node between the first spark gap and the second spark gap results in the first and second spark gaps conducting, and the storage capacitor discharging to the first conic electrode or causing a voltage drop at a common node between the first spark gap and the second spark gap results in the first and second spark gaps conducting, and the storage capacitor discharging to the first conic electrode. a first spark gap (402, 502); a second spark gap (404, 504) electrically connected in series with the first spark gap; and a storage capacitor electrically connected in parallel with the first and second spark gaps; wherein the first conic electrode of the invasive lithotripter tip is electrically connected to the storage capacitor via the serially connected first and second spark gaps; and wherein when the first and second spark gaps conduct, the storage capacitor is configured to discharge to the electrode of the invasive lithotripter tip, thereby causing an electric arc within the invasive lithotripter trip, a high voltage trigger pulse applied to a common node between the first spark gap and the second spark gap results in the first and second spark gaps conducting, and the storage capacitor discharging to the first conic electrode or causing a voltage drop at a common node between the first spark gap and the second spark gap results in the first and second spark gaps conducting, and the storage capacitor discharging to the first conic electrode.