mhurhangee/ep-ind-claims huggingface dataset:
A nucleoside or nucleotide having a base attached to a detectable label via a cleavable linker, characterised in that the cleavable linker contains a moiety selected from the group consisting of: wherein X is selected from the group consisting of O, S, NH and NQ wherein Q is a C 1-10 substituted or unsubstituted alkyl group, Y is selected from the group consisting of O, S, NH and N(allyl), T is hydrogen or a C 1-10 substituted or unsubstituted alkyl group and * indicates where the moiety is connected to the remainder of the nucleotide or nucleoside, and wherein the nucleoside or nucleotide comprises a ribose or deoxyribose moiety with an allyl or azidomethyl protecting group attached to the 2' or 3' oxygen atom.
A turbidity sensor for detecting a clouding of a fluid due to suspended matter contained in the fluid, the turbidity sensor comprising: - a fluid detection area for accommodating and for metrologically detecting fluid - a radiation source for emitting radiation into the fluid detecting region, - a first radiation sensor for detecting a first part of the radiation emitted by the radiation source, and - a second radiation sensor, which is different from the first radiation sensor, for detecting a second part, which is different from the first part, of the radiation emitted by the radiation source, at least a section of the fluid detection region being located between the first and the second radiation sensor, characterized in that the second radiation sensor is located in the beam path of the first part of the radiation emitted by the radiation source, which first part is detected by the first radiation sensor. - a fluid detection area for accommodating and for metrologically detecting fluid - a radiation source for emitting radiation into the fluid detecting region, - a first radiation sensor for detecting a first part of the radiation emitted by the radiation source, and - a second radiation sensor, which is different from the first radiation sensor, for detecting a second part, which is different from the first part, of the radiation emitted by the radiation source, at least a section of the fluid detection region being located between the first and the second radiation sensor, characterized in that the second radiation sensor is located in the beam path of the first part of the radiation emitted by the radiation source, which first part is detected by the first radiation sensor.
A method for diagnostic monitoring of a wind turbine generator system, said wind turbine generator system comprising a generator, a drive train, a plurality of sensors for providing signals and a generator control system, said method comprising: receiving a set of signals from said sensors, the set of signals selected from any one of: a set of signals comprising high frequency components, a set of signals comprising low frequency components, and a set of signals comprising electrical characteristics of a stator in the generator; evaluating the set of signals, where said evaluation comprises comparing the set of signals with reference values in order to determine a fault and the location of the fault, characterized in that the signals in said set of signals relied on in the diagnostic monitoring are readily available in that the signals are already used by said generator control system, such that the method of diagnostic monitoring may be implemented to run on and utilize the same hardware as the one used for the control, thus reducing the need for additional hardware. receiving a set of signals from said sensors, the set of signals selected from any one of: a set of signals comprising high frequency components, a set of signals comprising low frequency components, and a set of signals comprising electrical characteristics of a stator in the generator; a set of signals comprising high frequency components, a set of signals comprising low frequency components, and a set of signals comprising electrical characteristics of a stator in the generator; evaluating the set of signals, where said evaluation comprises comparing the set of signals with reference values in order to determine a fault and the location of the fault, characterized in that the signals in said set of signals relied on in the diagnostic monitoring are readily available in that the signals are already used by said generator control system, such that the method of diagnostic monitoring may be implemented to run on and utilize the same hardware as the one used for the control, thus reducing the need for additional hardware.
A conjugate comprising at least one immunogenic peptide derived from the C-terminal region of Aβ and albumin for use in therapy, wherein the at least one immunogenic peptide derived from the C-terminal region of Aβ is Aβ(35- 42) (SEQ ID NO: 2), Aβ (SEQ ID NO: 3) or Aβ (SEQ ID NO: 4) or a peptide of 8-10 amino acid residues having at least 90% sequence identity with Aβ(35- 42) (SEQ ID NO: 2), Aβ (SEQ ID NO: 3) or Aβ (SEQ ID NO: 4).
A muffler for a vehicle exhaust system comprising: a plastic outer shell defining an internal cavity, said plastic outer shell including an inlet and an outlet; a metal inner pipe positioned within said internal cavity and extending from said inlet to said outlet to direct exhaust gas through said plastic outer shell; and a Helmholtz chamber formed within said plastic outer shell, a shielding cartridge including a metal outer pipe that surrounds at least a portion of an axial length of said metal inner pipe within said internal cavity, the shielding cartridge including packing material positioned within a gap formed between said inner and said outer metal pipes (20, 32), wherein said internal cavity is not fully packed such that at least a portion of said internal cavity is free from packing material (36, 64, 78, 88), wherein a Helmholtz neck (42, 60, 66, 76, 86, 92, 114) is associated with at least one of said metal inner pipe and said plastic outer shell, characterised in that it comprises a thermally insulating end plate that decouples said plastic outer shell from said metal inner pipe or metal outer pipe at each of said inlet and said outlet and in that said metal outer pipe includes opposite axial ends connected to the metal inner pipe, at least one axial end being arranged outside said plastic outer shell. a plastic outer shell defining an internal cavity, said plastic outer shell including an inlet and an outlet; a metal inner pipe positioned within said internal cavity and extending from said inlet to said outlet to direct exhaust gas through said plastic outer shell; and a Helmholtz chamber formed within said plastic outer shell, a shielding cartridge including a metal outer pipe that surrounds at least a portion of an axial length of said metal inner pipe within said internal cavity, the shielding cartridge including packing material positioned within a gap formed between said inner and said outer metal pipes (20, 32), wherein said internal cavity is not fully packed such that at least a portion of said internal cavity is free from packing material (36, 64, 78, 88), wherein a Helmholtz neck (42, 60, 66, 76, 86, 92, 114) is associated with at least one of said metal inner pipe and said plastic outer shell, characterised in that it comprises a thermally insulating end plate that decouples said plastic outer shell from said metal inner pipe or metal outer pipe at each of said inlet and said outlet and in that said metal outer pipe includes opposite axial ends connected to the metal inner pipe, at least one axial end being arranged outside said plastic outer shell.
An accelerated oxidation treatment method of performing oxidation treatment upon treatment water by supplying ozone and hydrogen peroxide to the treatment water, comprising: an accelerated oxidation treatment process of bringing hydrogen peroxide and ozone into contact with the treatment water; and a bromate ion concentration measurement process of measuring the bromate ion concentration in the treatment water after the accelerated oxidation treatment process, wherein the amount of hydrogen peroxide supplied in the accelerated oxidation treatment process is adjusted on the basis of the measured value of the bromate ion concentration, characterized in that the method further comprises, before the accelerated oxidation treatment process, an ozone contacting process of bringing ozone into contact with the treatment water, wherein a total ozone supply amount in the ozone contacting process and in the accelerated oxidation treatment process is adjusted independently of the measured value of the bromate ion concentration. an accelerated oxidation treatment process of bringing hydrogen peroxide and ozone into contact with the treatment water; and a bromate ion concentration measurement process of measuring the bromate ion concentration in the treatment water after the accelerated oxidation treatment process, wherein the amount of hydrogen peroxide supplied in the accelerated oxidation treatment process is adjusted on the basis of the measured value of the bromate ion concentration, characterized in that the method further comprises, before the accelerated oxidation treatment process, an ozone contacting process of bringing ozone into contact with the treatment water, wherein a total ozone supply amount in the ozone contacting process and in the accelerated oxidation treatment process is adjusted independently of the measured value of the bromate ion concentration.
Method for selecting seeds from a set of key-frames of a video sequence for the clustering of key-frames of main shots of the video sequence, characterised in that said selection implements following steps: - calculation of a number p of candidates by a digital sampling method taking into account a draw constraint of at least one key-frame of a main shot, - random draw of p candidates in the set of key-frames by said sampling method, - calculation of C for each candidate, depending on the distance of the key-frames of the set to that of the candidate, the distance being relative to the signatures, - selection of the candidate minimising the cost C, - determination of a sub-set (Ik) among all key-frames such that the key-frames forming said sub-set have a distance to the candidate lower than a threshold T, - determination of a seed among the key-images of the sub-set (Ik) as it minimises the cost function C for this sub-set, - removal of key-frames of the sub-set (Ik) to form a new set of key-frames for at least one new random draw and determination of a new seed according to the 5 previous steps. - calculation of a number p of candidates by a digital sampling method taking into account a draw constraint of at least one key-frame of a main shot, - random draw of p candidates in the set of key-frames by said sampling method, - calculation of C for each candidate, depending on the distance of the key-frames of the set to that of the candidate, the distance being relative to the signatures, - selection of the candidate minimising the cost C, - determination of a sub-set (Ik) among all key-frames such that the key-frames forming said sub-set have a distance to the candidate lower than a threshold T, - determination of a seed among the key-images of the sub-set (Ik) as it minimises the cost function C for this sub-set, - removal of key-frames of the sub-set (Ik) to form a new set of key-frames for at least one new random draw and determination of a new seed according to the 5 previous steps.
An ex vivo method for making an immune cell resistant to an arginine depleted microenvironment comprising: modifying an immune cell by inactivating a gene encoding GCN2 by use of a rare-cutting endonuclease able to selectively inactivate said gene by DNA cleavage.
Domestic appliance with a control facility and with a voltage supply unit for tapping a supply alternating voltage (Uv) of an electrical supply network, by which the domestic appliance can be supplied, and with at least one electrical consumer, characterised in that the control facility is designed to record the frequency (f) of the supply alternating voltage (U V) and, as a function of the respective current value of the frequency (f), to effect predefined procedures in the domestic appliance, wherein the control facility is designed to actuate the at least one electrical consumer while taking into consideration the respective current value of the frequency (f) of the supply alternating voltage (U V), and wherein the control facility is designed to bring forward a point in time (t 1, t 2, t 3) of an imminent commissioning of the electrical consumer if the current value of the frequency (f) lies within a predefined value range, i.e. exceeds a predefined target value.
A cutting machine comprising: a workpiece support; a motion unit having an associated drive; a cutting head mounted on the motion unit above the workpiece support and configured to deliver a cutting beam to process a workpiece supported on the workpiece support; and a suction duct disposed beneath the workpiece support and coupled to the motion unit so that it moves with the motion unit while an opening of the suction duct remains positioned below the cutting head during a cutting operation, characterized in that the suction duct comprises a shaft located in the suction duct, wherein a discharge chute is connected to the shaft, wherein the shaft is configured to absorb energy from the cutting beam when the cutting head is, in operation, passing through the opening, and the shaft is pivotable to open the discharge chute connected to the shaft in particular wherein the shaft is hollow and is connected to a flow of liquid coolant. a workpiece support; a motion unit having an associated drive; a cutting head mounted on the motion unit above the workpiece support and configured to deliver a cutting beam to process a workpiece supported on the workpiece support; and a suction duct disposed beneath the workpiece support and coupled to the motion unit so that it moves with the motion unit while an opening of the suction duct remains positioned below the cutting head during a cutting operation, characterized in that the suction duct comprises a shaft located in the suction duct, wherein a discharge chute is connected to the shaft, wherein the shaft is configured to absorb energy from the cutting beam when the cutting head is, in operation, passing through the opening, and the shaft is pivotable to open the discharge chute connected to the shaft in particular wherein the shaft is hollow and is connected to a flow of liquid coolant.
A multilayer piezoelectric actuator comprising: a multilayered body comprising a plurality of piezoelectric ceramic layers containing a PZT phase as a main crystal phase; and an electrode layer containing Ag, which is disposed at least one of on the surface and in the interior of the multilayered body, characterised in that a lattice constant c of c-axis of the PZT phase is 0.4085 nm to 0.4100 nm, and a ratio of the lattice constant c of the c-axis of the PZT phase and a lattice constant a of a-axis, namely, the ratio c/a, is 1.011 or more; a second phase containing Ag different from the PZT phase is not substantially contained in the piezoelectric ceramic layer; and a Zn 2 SiO 4 phase is contained at grain boundaries of the PZT phase, and a Pb 2 SiO 4 phase is not substantially contained at the grain boundaries of the PZT phase. a multilayered body comprising a plurality of piezoelectric ceramic layers containing a PZT phase as a main crystal phase; and an electrode layer containing Ag, which is disposed at least one of on the surface and in the interior of the multilayered body, characterised in that a lattice constant c of c-axis of the PZT phase is 0.4085 nm to 0.4100 nm, and a ratio of the lattice constant c of the c-axis of the PZT phase and a lattice constant a of a-axis, namely, the ratio c/a, is 1.011 or more; a second phase containing Ag different from the PZT phase is not substantially contained in the piezoelectric ceramic layer; and a Zn 2 SiO 4 phase is contained at grain boundaries of the PZT phase, and a Pb 2 SiO 4 phase is not substantially contained at the grain boundaries of the PZT phase.
Vehicle seat having a backrest part which is provided on a seat part such that it can be rotated by means of a backrest adjuster, the backrest adjuster having a shaft which preferably transmits a torque to the backrest adjuster, wherein an axial securing means is provided on the shaft at both ends, characterized in that the axial securing means is a thread-cutting nut.
Circuit for distributing electricity intended to supply at least two loads (CH 1, CH 2, CH 3) from two sources (S 1, S 2), comprising conductors (F 1 to F 11), some of which (F 3, F 4, F 5, F 1, F 2) form outputs capable of being connected to the sources (F 1, F 2) and to the loads (F 3, F 4, F 5), and switching devices (H 1, H 2, H 3, H 4, H 5, H 6), the circuit being arranged so that the conductors with the switching devices establish at least one path conducting electricity between each load (CH 1, CH 2, CH 3) and the two sources (S 1, S 2), and being characterised in that each path between a source and a load comprises a single switching device, and in that, for at least one pair of determined loads (CH 1, CH 2), the two switching devices (H 1, H 2) (H 3, H 4) on the paths connecting each source (S 1, S 2) to the two loads (CH 1, CH 2) of said pair are integrated in a double-flow switch (I 1, I 2), which is an apparatus integrating two switching devices (H 1, H 2) (H 3, H 4) (H 5, H 6) each capable of controlling the connection of a conductor (F 6, F 8) (F 9, F 11) (F 7, F 10) to the same central contact (K 3) (K 4) (K 5), called central point, said double-flow switch (I 1, I 2) being connected at its central point (K 4, K 5) to the output (F 1, F 2) intended to be connected to the corresponding source (S 1, S 2).
Light guiding element (10, 70, 80, 90, 100) for motor vehicle lighting means, comprising a light guiding portion which extends, between a light inlet surface for incoupling light and a light outlet surface for outcoupling light from the light guiding element (10, 70, 80, 90, 100), through the light outlet surface, the light guiding portion having at least a first and a second lateral face (34, 36) extending in the direction from the light inlet surface to the light outlet surface such that light, under total internal reflection, can be guided from the light inlet surface to the light outlet surface, the light inlet surface differing from the light outlet surface in shape, characterized in that the light outlet surface extends longitudinally in the outlet surface longitudinal direction and has a longitudinal extension in the outlet surface longitudinal direction and a transverse extension perpendicularly to the outlet surface longitudinal direction, the longitudinal extension being larger than the transverse extension, and in that the light guiding portion has, proceeding directly from the light inlet surface, a roof portion which extends in the direction of the light outlet surface and in which the first and the second lateral face are inclined obliquely with respect to the outlet surface longitudinal direction and extend towards one another in relation to the outlet surface longitudinal direction and form a roof-like back of the light guiding portion, which back extends from the light inlet surface in the direction of the light outlet surface.
Control device for a bicycle with curved handlebars, comprising: - a support body fixable to the handlebars of the bicycle, - a brake lever pivoted to the support body about a pivot pin extending substantially horizontally in a distal position of the support body, - a resisting arm of the brake lever, extended above the pivot pin and provided with an idle pin provided with a transverse hole for housing a head of an end of a brake cable, so that, in use, the upper end of the resisting arm of the brake lever is adapted to integrally move with the end of the brake cable, - a grippable distal-upper projection formed on the support body and projecting from a substantially flat upper surface of the support body for a height, wherein - the brake lever has a first actuation area for actuation in a first riding condition when a cyclist grips the support body, and a second actuation area for actuation in a second riding condition when a cyclist grips the projection, - the pivot pin of the brake lever is below and at a first distance from the substantially flat upper surface of the support body; - a distance between the pivot pin and the idle pin of the brake lever represents the actual resisting arm of the brake lever; characterized in that - the first distance is comprised between 0 and 15 mm; and - the distance is comprised between 20 and 30 mm. - a support body fixable to the handlebars of the bicycle, - a brake lever pivoted to the support body about a pivot pin extending substantially horizontally in a distal position of the support body, - a resisting arm of the brake lever, extended above the pivot pin and provided with an idle pin provided with a transverse hole for housing a head of an end of a brake cable, so that, in use, the upper end of the resisting arm of the brake lever is adapted to integrally move with the end of the brake cable, - a grippable distal-upper projection formed on the support body and projecting from a substantially flat upper surface of the support body for a height, wherein - the brake lever has a first actuation area for actuation in a first riding condition when a cyclist grips the support body, and a second actuation area for actuation in a second riding condition when a cyclist grips the projection, - the pivot pin of the brake lever is below and at a first distance from the substantially flat upper surface of the support body; - a distance between the pivot pin and the idle pin of the brake lever represents the actual resisting arm of the brake lever; characterized in that - the first distance is comprised between 0 and 15 mm; and - the distance is comprised between 20 and 30 mm.