mhurhangee/ep-ind-claims huggingface dataset:
Peptide comprising from 3 to 10 amino acids including at least one peptide sequence K*(Ac)GH or a peptide sequence K*(Ac)HG and which may comprise an N-terminal and/or C terminal modification, Wherein: • K* is selected from the group consisting of: lysine (Lys, K), ornithine (Orn), diaminobutyric acid (Dab), diaminopropionic acid (Dap) and a hydroxylated derivative of thereof; • K*(Ac) corresponds to a lysine, ornithine, diaminobutyric acid, diaminopropionic acid or a hydroxylated derivative thereof, acetylated on the amine of their lateral hydrocarbon chain; • Said modification at the N-terminus is -CO-R 1 or -SO 2 -R 1; • Said C-terminal modification is selected from the group consisting of -OR 1,-NH 2, -NHR 1 and -NR 1 R 2; and • R 1 and R 2 independently of one another are chosen from an alkyl, aryl, aralkyl, alkylaryl, alkoxy and aryloxy group, which may be linear, branched, cyclic, polycyclic, unsaturated, hydroxylated, carbonylated, phosphorylated and/or sulfurated, said group having from 1 to 24 carbon atoms and may have in its carbon skeletton an O, S and/or N heteroatom. • K* is selected from the group consisting of: lysine (Lys, K), ornithine (Orn), diaminobutyric acid (Dab), diaminopropionic acid (Dap) and a hydroxylated derivative of thereof; • K*(Ac) corresponds to a lysine, ornithine, diaminobutyric acid, diaminopropionic acid or a hydroxylated derivative thereof, acetylated on the amine of their lateral hydrocarbon chain; • Said modification at the N-terminus is -CO-R 1 or -SO 2 -R 1; • Said C-terminal modification is selected from the group consisting of -OR 1,-NH 2, -NHR 1 and -NR 1 R 2; and • R 1 and R 2 independently of one another are chosen from an alkyl, aryl, aralkyl, alkylaryl, alkoxy and aryloxy group, which may be linear, branched, cyclic, polycyclic, unsaturated, hydroxylated, carbonylated, phosphorylated and/or sulfurated, said group having from 1 to 24 carbon atoms and may have in its carbon skeletton an O, S and/or N heteroatom.
A scintillator crystal comprising: a cesium iodide host material; a first dopant comprising thallium, a molar concentration of said first dopant being less than 10%; and a second dopant comprising antimony, the second dopant resulting in the scintillator having a reduced afterglow. a cesium iodide host material; a first dopant comprising thallium, a molar concentration of said first dopant being less than 10%; and a second dopant comprising antimony, the second dopant resulting in the scintillator having a reduced afterglow.
A method for performing a handover by a subscriber station, SS, in a broadband wireless communication system, the method comprising the steps of: receiving, by the SS, downlink signals (745, 747) from a serving base station, BS, and at least one neighbor BS; measuring, by the SS, an arrival time difference between a downlink signal received from the serving BS and a downlink signal received from the at least one neighbor BS; transmitting, by the SS, a handover request message including the measured arrival time difference to the serving BS; receiving, by the SS, a fast ranging information element from a particular neighbor BS, wherein an allocation of the fast ranging information element has been performed based on the arrival time difference after determining to perform a handover to the particular neighbor BS; and performing, by the SS, an initial ranging for handover to the particular neighbor BS based on the allocated fast ranging information element upon receiving the fast ranging information element, wherein the arrival time difference is a value used for compensating for a round trip delay, RTD, caused by signal transmission/reception between the particular neighbor BS and the SS. receiving, by the SS, downlink signals (745, 747) from a serving base station, BS, and at least one neighbor BS; measuring, by the SS, an arrival time difference between a downlink signal received from the serving BS and a downlink signal received from the at least one neighbor BS; transmitting, by the SS, a handover request message including the measured arrival time difference to the serving BS; receiving, by the SS, a fast ranging information element from a particular neighbor BS, wherein an allocation of the fast ranging information element has been performed based on the arrival time difference after determining to perform a handover to the particular neighbor BS; and performing, by the SS, an initial ranging for handover to the particular neighbor BS based on the allocated fast ranging information element upon receiving the fast ranging information element, wherein the arrival time difference is a value used for compensating for a round trip delay, RTD, caused by signal transmission/reception between the particular neighbor BS and the SS.
A signal line structure, comprising: a plurality of parallel signal lines (S1-Sn), wherein each of the signal lines (S1-Sn) is maintained in a drive state at any time; wherein two ends of each of the signal lines are respectively connected to a first driver and a second driver, and at the same time, only one of the first driver and the second driver of the same signal line is maintained in a drive state; wherein the first driver is maintained in the drive state when a first enable signal is at a first level and maintained in a high-impedance state when the first enable signal is at a second level; and the second driver is maintained in the drive state when a second enable signal is at the first level and maintained in the high-impedance state when the second enable signal is at the second level; and characterized in that, wherein the first driver or the second driver comprises at least one gating inverter, and the gating inverter is provided with an input terminal electrically connected to an input signal, an enable terminal connected to the first enable signal or the second enable signal, and an output terminal electrically connected to the signal line. a plurality of parallel signal lines (S1-Sn), wherein each of the signal lines (S1-Sn) is maintained in a drive state at any time; wherein two ends of each of the signal lines are respectively connected to a first driver and a second driver, and at the same time, only one of the first driver and the second driver of the same signal line is maintained in a drive state; wherein the first driver is maintained in the drive state when a first enable signal is at a first level and maintained in a high-impedance state when the first enable signal is at a second level; and the second driver is maintained in the drive state when a second enable signal is at the first level and maintained in the high-impedance state when the second enable signal is at the second level; and characterized in that, wherein the first driver or the second driver comprises at least one gating inverter, and the gating inverter is provided with an input terminal electrically connected to an input signal, an enable terminal connected to the first enable signal or the second enable signal, and an output terminal electrically connected to the signal line.
A coding device for marking positions in an elevator shaft and for determining the position of elevator cars in the elevator shaft, which comprises a code strip, wherein: - the code strip has at least three markings, which are arranged along the length of the code strip, in order to mark in each case discrete positions, - the markings are designed as a barcode and/or 2-D code, - the markings are arranged such that they form lines and, in particular, at least as many lines are available as discrete positions to be marked, - the markings are designed such that they comprise a position marker for each discrete position to be marked, - the markings are decodable by means of an algorithm, wherein, in particular, a mathematical function exists, which clearly assigns the corresponding position to each marking of a position, - at least one bearing device (7, 8) is provided for the movable, in particular, longitudinally movable bearing of the code strip in the elevator shaft, which is designed to engage around the code strip at least partially, preferably completely and which is designed in such a manner that it bears a marking, in particular, a barcode and/or 2-D code, which is arranged such that during the engagement around the code strip it covers at least a part of the marking of the code strip in a readable manner. - the code strip has at least three markings, which are arranged along the length of the code strip, in order to mark in each case discrete positions, - the markings are designed as a barcode and/or 2-D code, - the markings are arranged such that they form lines and, in particular, at least as many lines are available as discrete positions to be marked, - the markings are designed such that they comprise a position marker for each discrete position to be marked, - the markings are decodable by means of an algorithm, wherein, in particular, a mathematical function exists, which clearly assigns the corresponding position to each marking of a position, - at least one bearing device (7, 8) is provided for the movable, in particular, longitudinally movable bearing of the code strip in the elevator shaft, which is designed to engage around the code strip at least partially, preferably completely and which is designed in such a manner that it bears a marking, in particular, a barcode and/or 2-D code, which is arranged such that during the engagement around the code strip it covers at least a part of the marking of the code strip in a readable manner.
A tissue biopsy needle apparatus comprising: ejecting means which, being formed of an elastic member, generates an ejection force to eject a needle tube; drawing means which draws the ejecting means to a compressed position to eject the needle tube; operation means which maintains the ejecting means at a compressed position to which the ejecting means is drawn by the drawing means and releases the ejecting means from the compressed position, thereby ejecting the needle tube; protection means which disables the operation means maintaining the compressed position of the ejecting means drawn by the drawing means; and moving means which moves the protection means from a working position at which the operation means is enabled to a non-working position at which the operation means is disabled in accordance with drawing of the ejecting means to the compressed position by the drawing means, characterized in that the moving means includes an abutting portion extending from a protective cover which is the protective means abutted directly, and an abutting strip installed on the drawing means which abuts the abutting portion; and one of the abutting portion and the abutting strip is an elastic member. ejecting means which, being formed of an elastic member, generates an ejection force to eject a needle tube; drawing means which draws the ejecting means to a compressed position to eject the needle tube; operation means which maintains the ejecting means at a compressed position to which the ejecting means is drawn by the drawing means and releases the ejecting means from the compressed position, thereby ejecting the needle tube; protection means which disables the operation means maintaining the compressed position of the ejecting means drawn by the drawing means; and moving means which moves the protection means from a working position at which the operation means is enabled to a non-working position at which the operation means is disabled in accordance with drawing of the ejecting means to the compressed position by the drawing means, characterized in that the moving means includes an abutting portion extending from a protective cover which is the protective means abutted directly, and an abutting strip installed on the drawing means which abuts the abutting portion; and one of the abutting portion and the abutting strip is an elastic member.
Measuring apparatus configured to analyse a fluid sample, the measuring apparatus having a housing with a light source device or illumination device for generating at least one light beam, a light guide being provided in the beam path of the light beam, the measuring apparatus having a sleeve as a sampler device, with a sampler which extends through the sleeve in a transverse direction, the sleeve having an outer end and an inner end, and the inner end of the sleeve being received in the housing, a first end of the light guide being attached fixedly in the housing, and a second end being received in the sleeve, the measuring apparatus having a radiation receiver device at the outer end of the sleeve for receiving a light beam guided through the fluid sample along a measurement distance, the measuring apparatus having at least one connection device for connecting an external electronic device for transmitting the measurement signals of the radiation receiver device to an evaluation device of the external electronic device to evaluate the measurement signals, characterised in that the sampler is formed to be equipable with a sample container with a fluid sample, the sampler having an opening (25, 26) in the sleeve on each of two opposite sides for passing the sample container through, the two openings (25, 26) tapering in cross section in such a way that a sample container having a correspondingly tapering cross section can be inserted into them and held in the sampler. the measuring apparatus having a housing with a light source device or illumination device for generating at least one light beam, a light guide being provided in the beam path of the light beam, the measuring apparatus having a sleeve as a sampler device, with a sampler which extends through the sleeve in a transverse direction, the sleeve having an outer end and an inner end, and the inner end of the sleeve being received in the housing, a first end of the light guide being attached fixedly in the housing, and a second end being received in the sleeve, the measuring apparatus having a radiation receiver device at the outer end of the sleeve for receiving a light beam guided through the fluid sample along a measurement distance, the measuring apparatus having at least one connection device for connecting an external electronic device for transmitting the measurement signals of the radiation receiver device to an evaluation device of the external electronic device to evaluate the measurement signals, characterised in that the sampler is formed to be equipable with a sample container with a fluid sample, the sampler having an opening (25, 26) in the sleeve on each of two opposite sides for passing the sample container through, the two openings (25, 26) tapering in cross section in such a way that a sample container having a correspondingly tapering cross section can be inserted into them and held in the sampler.
A compound having formula wherein R 1 and R 2 independently represent C 1 -C 6 hydrocarbyl; R 3 is C 1 -C 6 hydrocarbyl; R 4 is C 1 -C 18 hydrocarbyl or C 4 -C 18 heterohydrocarbyl; j, k, p, q, r and s independently are zero, one or two; wherein m is one and n is one or n is two and m is zero; provided that at least one of j, k, p, q, r and s is not zero; wherein said hydrocarbyl groups may be linear, branched or cyclic and/or may be substituted with one or more OH or alkoxy groups; and wherein said heterohydrocarbyl groups are hydrocarbyl groups in which one or more methylene groups has been replaced by O or S and which may be further substituted by OH, or C 1 -C 6 alkoxy groups, with the exception of the following compound: 2,4,4'-trimethoxytetraphenylmethane.
Method for loading a heat treatment unit with plate-shaped objects, in particular glass plates, wherein the method comprises the following steps of: a. detecting in each case at least one parameter of plate-shaped objects of an object stream, wherein a length, a width, a thickness, a diameter, a coating type, a material type and/or a batch number is or are detected as parameters of the respective plate-shaped object; b. storing the plate-shaped objects in a storage unit having a plurality of storage locations; c. storing information on the respective storage location and/or on the respective at least one detected parameter of the respective plate-shaped objects; d. calculating a loading arrangement of a selection of the plate-shaped objects for the arrangement of the plate-shaped objects of this selection on or in a loading system, wherein the calculation is carried out on the basis of the stored information and by taking into account predeterminable main conditions; e. removing the selection of plate-shaped objects from the respective storage location; f. transporting the selection of plate-shaped objects to the loading system; g. transferring the selection of plate-shaped objects to the loading system in a loading sequence corresponding to the calculated loading arrangement; h. positioning the selection of plate-shaped objects on or in the loading system, whereby the loading arrangement is produced; i. conveying the selection of plate-shaped objects located in the loading arrangement from the loading system into the heat treatment unit. a. detecting in each case at least one parameter of plate-shaped objects of an object stream, wherein a length, a width, a thickness, a diameter, a coating type, a material type and/or a batch number is or are detected as parameters of the respective plate-shaped object; b. storing the plate-shaped objects in a storage unit having a plurality of storage locations; c. storing information on the respective storage location and/or on the respective at least one detected parameter of the respective plate-shaped objects; d. calculating a loading arrangement of a selection of the plate-shaped objects for the arrangement of the plate-shaped objects of this selection on or in a loading system, wherein the calculation is carried out on the basis of the stored information and by taking into account predeterminable main conditions; e. removing the selection of plate-shaped objects from the respective storage location; f. transporting the selection of plate-shaped objects to the loading system; g. transferring the selection of plate-shaped objects to the loading system in a loading sequence corresponding to the calculated loading arrangement; h. positioning the selection of plate-shaped objects on or in the loading system, whereby the loading arrangement is produced; i. conveying the selection of plate-shaped objects located in the loading arrangement from the loading system into the heat treatment unit.
Holding rail for a flood protection system, comprising at least one base profile and at least one cover profile, wherein the holding rail can be attached to a building with the base profile, and wherein the cover profile is held pivotably in the longitudinal direction on the base profile between an open position and a closed position, characterized in that the holding rail comprises at least one spring element and that the spring element is arranged between the base profile and the cover profile so that the spring element pushes the cover profile in the direction of a closed position, at least starting at a predetermined pivot angle.
A nanostructure composition, comprising: (a) at least one population of nanostructures; and (b) at least one polyfunctional poly(alkylene oxide) ligand, wherein the poly(alkylene oxide) ligand comprises at least two terminal functional groups, wherein at least one terminal functional group is bound to the surface of the nanostructures, wherein the polyfunctional poly(alkylene oxide) ligand has formula IV: wherein: x is 1 to 100. (a) at least one population of nanostructures; and (b) at least one polyfunctional poly(alkylene oxide) ligand, wherein the poly(alkylene oxide) ligand comprises at least two terminal functional groups, wherein at least one terminal functional group is bound to the surface of the nanostructures, wherein the polyfunctional poly(alkylene oxide) ligand has formula IV: wherein: x is 1 to 100.
A once-daily dose of telavancin for use in the treatment by intravenous administration of a human patient having bacteremia, pneumonia, endocarditis, osteomyelitis, or a prosthetic joint infection, each caused by Staphylococcus aureus, the dose comprising telavancin or a pharmaceutically-acceptable salt thereof in an amount selected from: (a) about 7.5 mg/kg of telavancin (free base equivalents) if the patient has a creatinine clearance greater than about 50 mL/minute, provided that the total dose does not exceed about 750 mg/day; (b) about 5.6 mg/kg of telavancin (free base equivalents) if the patient has a creatinine clearance between about 30 mL/minute and about 50 mL/minute, provided that the total dose does not exceed about 560 mg/day; and (c) about 3.8 mg/kg of telavancin (free base equivalents) if the patient has a creatinine clearance less than about 30 mL/minute, provided that the total dose does not exceed about 380 mg/day. (a) about 7.5 mg/kg of telavancin (free base equivalents) if the patient has a creatinine clearance greater than about 50 mL/minute, provided that the total dose does not exceed about 750 mg/day; (b) about 5.6 mg/kg of telavancin (free base equivalents) if the patient has a creatinine clearance between about 30 mL/minute and about 50 mL/minute, provided that the total dose does not exceed about 560 mg/day; and (c) about 3.8 mg/kg of telavancin (free base equivalents) if the patient has a creatinine clearance less than about 30 mL/minute, provided that the total dose does not exceed about 380 mg/day.
An injection molding information processing device which processes information relating to injection molding, comprising: an actual value storage unit which is configured to store, for each of a plurality of mold units that can be attached to an injection molding machine, molding information in which a set value of a controlled variable which is molding conditions and an actual value of a physical amount relating to a manipulated variable for operating such that the controlled variable is the set value are associated with each other; and an actual value extraction unit which is configured to extract the actual values of a plurality of shots performed under at least one of the same molding conditions and similar molding conditions, from the molding information stored in the actual value storage unit. an actual value storage unit which is configured to store, for each of a plurality of mold units that can be attached to an injection molding machine, molding information in which a set value of a controlled variable which is molding conditions and an actual value of a physical amount relating to a manipulated variable for operating such that the controlled variable is the set value are associated with each other; and an actual value extraction unit which is configured to extract the actual values of a plurality of shots performed under at least one of the same molding conditions and similar molding conditions, from the molding information stored in the actual value storage unit.