mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a pharmaceutical composition of a lyophilized formulation comprising a multiblock copolymer in which two or more ABA-type triblocks are covalently connected through biodegradable dicarboxylic linkage, wherein A represents a polyethylene oxide block and B represents a polypropylene oxide block, a polybutylene oxide block, or a block of copolymer of propylene oxide and butylene oxide, comprising: - dissolving the multiblock copolymer in a solvent at the concentration of 1 to 7 wt% based on the total weight of the resulting solution to obtain a polymer solution; and - lyophilizing the solution. - dissolving the multiblock copolymer in a solvent at the concentration of 1 to 7 wt% based on the total weight of the resulting solution to obtain a polymer solution; and - lyophilizing the solution.
An oral care composition comprising: (a) a continuous phase comprising water or polyhydric alcohol or a mixture thereof; and (b) a particulate calcium carbonate abrasive which is a crystalline calcium carbonate in which the crystals are acicular with a length ranging from 10 to 30 microns and a width ranging from 0.5 to 1.0 microns; in which the level of the particulate calcium carbonate abrasive ranges from 10 to 70%, preferably from 20 to 60%, more preferably from 30 to 40%, by total weight of the particulate calcium carbonate abrasive based on the total weight of the composition. (a) a continuous phase comprising water or polyhydric alcohol or a mixture thereof; and (b) a particulate calcium carbonate abrasive which is a crystalline calcium carbonate in which the crystals are acicular with a length ranging from 10 to 30 microns and a width ranging from 0.5 to 1.0 microns;
Anchoring device for anchoring an implant, in particular an intervertebral disk prosthesis, in at least one of the vertebrae between which said intervertebral disk prosthesis is intended to be inserted, characterized in that said anchoring device comprises: - a body having the shape of a plate intended to be inserted through an opening of rectangular shape in a plate of said intervertebral disc prosthesis, the profile of the plate formed by the body being sharpened at its end intended to penetrate the vertebrae, - a head of dimensions greater than those of the opening such that said plate of the intervertebral disc prosthesis is sandwiched between the head of the anchoring means 4 and said vertebra, when said body is implanted in said vertebra. - a body having the shape of a plate intended to be inserted through an opening of rectangular shape in a plate of said intervertebral disc prosthesis, the profile of the plate formed by the body being sharpened at its end intended to penetrate the vertebrae, - a head of dimensions greater than those of the opening such that said plate of the intervertebral disc prosthesis is sandwiched between the head of the anchoring means 4 and said vertebra, when said body is implanted in said vertebra.
Device for detecting and/or quantifying thionyl chloride (SOCl 2) comprising at least two electrodes and one layer made of a conductive or semi-conductive material characterised in that it further comprises a sensitisation layer, comprising a mixture of at least one first compound A having a hydroxyl function and of at least one second compound B having an amine function, deposited on at least one of the electrodes and/or on the conductive or semi-conductive material, said sensitisation layer having a thickness between 10nm and 100μm, preferably a thickness equal to 100nm.
A method performed by a base station in a wireless communication system, the method comprising: transmitting, to a terminal, configuration information for configuring a plurality of bandwidth parts for the terminal, the plurality of bandwidth parts including a first bandwidth part and a second bandwidth part; transmitting, to the terminal, first downlink control information, DCI, in the first bandwidth part, the first DCI including a bandwidth part related indicator for changing an active bandwidth part from the first bandwidth part to the second bandwidth part, wherein a bitwidth for the bandwidth part related indicator is determined based on a number of the plurality of the bandwidth parts configured by the configuration information; and transmitting, to the terminal, second DCI in the second bandwidth part, the second DCI being transmitted in at least one control resource set corresponding to the second bandwidth part, wherein one or more control resource sets are configured for the plurality of bandwidth parts configured for the terminal, wherein the active bandwidth part includes at least one common search space, wherein a transmission and a reception is not performed with the terminal for a time duration after transmitting the first DCI, wherein the common search space is monitored by the terminal to obtain the second DCI including scheduling information on a system information block, and wherein the second DCI is transmitted in the at least one control resource set associated with the common search space. transmitting, to a terminal, configuration information for configuring a plurality of bandwidth parts for the terminal, the plurality of bandwidth parts including a first bandwidth part and a second bandwidth part; transmitting, to the terminal, first downlink control information, DCI, in the first bandwidth part, the first DCI including a bandwidth part related indicator for changing an active bandwidth part from the first bandwidth part to the second bandwidth part, wherein a bitwidth for the bandwidth part related indicator is determined based on a number of the plurality of the bandwidth parts configured by the configuration information; and transmitting, to the terminal, second DCI in the second bandwidth part, the second DCI being transmitted in at least one control resource set corresponding to the second bandwidth part, wherein one or more control resource sets are configured for the plurality of bandwidth parts configured for the terminal, wherein the active bandwidth part includes at least one common search space, wherein a transmission and a reception is not performed with the terminal for a time duration after transmitting the first DCI, wherein the common search space is monitored by the terminal to obtain the second DCI including scheduling information on a system information block, and wherein the second DCI is transmitted in the at least one control resource set associated with the common search space.
An apparatus, in particular for a vehicle seat, comprising a fitting and at least one adapter plate connected with the fitting, wherein - the fitting comprises a first fitting part and a second fitting part rotatable about an axis relative to the first fitting part, and - the adapter plate is firmly connected with the first fitting part by means of at least one welding seam (7, 71, 72), wherein the adapter plate includes at least one region which has a reduced wall thickness, characterized in that the welding seam (7, 71, 72) for connecting the adapter plate and the first fitting part with each other is formed as overlap seam in the region of reduced wall thickness in the adapter plate. - the fitting comprises a first fitting part and a second fitting part rotatable about an axis relative to the first fitting part, and - the adapter plate is firmly connected with the first fitting part by means of at least one welding seam (7, 71, 72),
A current collector comprising a conductive film including a first layer formed by a first conductive material, the first conductive material including a first polymer material containing any of components,, and and first conductive particles: an aliphatic polyamine and an epoxy resin wherein the epoxy resin and the aliphatic polyamine are mixed in a ratio of 1.0 or more in terms of the ratio of the number of active hydrogen atoms in the aliphatic polyamine with respect to the number of functional groups in the epoxy resin; a phenoxy resin and an epoxy resin; and a curable resin containing a saturated hydrocarbon polymer containing at least one alkenyl group capable of undergoing hydrosilylation in the molecule and a compound containing at least two hydrosilyl groups in the molecule and an elastomer. an aliphatic polyamine and an epoxy resin wherein the epoxy resin and the aliphatic polyamine are mixed in a ratio of 1.0 or more in terms of the ratio of the number of active hydrogen atoms in the aliphatic polyamine with respect to the number of functional groups in the epoxy resin; a phenoxy resin and an epoxy resin; and a curable resin containing a saturated hydrocarbon polymer containing at least one alkenyl group capable of undergoing hydrosilylation in the molecule and a compound containing at least two hydrosilyl groups in the molecule and an elastomer.
An ultrasound imaging system, comprising: a transmit transducer array configured for insonifying a selected object and/or area of living tissue from a first acoustic window with a plurality of directional ultrasound pulses; at least one receive transducer configured for detecting and recording ultrasound echo returns from a second acoustic window, wherein said transducer is relatively non-directional in a plane of scan; and a computer in electronic communication with said transmit transducer array and said receive transducer(s), said computer having hardware and software configured for digitizing and storing each ultrasound echo in a line of computer memory, determining the location of said transmit transducer in relation to said receive transducer(s), reconstructing scan lines as lines on a reconstructed image based on the determination of the location of the receive transducer(s) relative to that of the transmit transducer and the average speed of ultrasound in the tissue object, and image processing to fill in gaps between scan lines and optionally correct distortions caused by the point spread function of the system, characterized in that the transmit transducer array and the at least one receive transducer are linked together with an articulating mechanical linkage configured to ensure that the plane of scan of the transmit transducer array and the at least one receive transducer includes the other while the distance between the transmit transducer array and the at least one receive transducer is unconstrained. a transmit transducer array configured for insonifying a selected object and/or area of living tissue from a first acoustic window with a plurality of directional ultrasound pulses; at least one receive transducer configured for detecting and recording ultrasound echo returns from a second acoustic window, wherein said transducer is relatively non-directional in a plane of scan; and a computer in electronic communication with said transmit transducer array and said receive transducer(s), said computer having hardware and software configured for digitizing and storing each ultrasound echo in a line of computer memory, determining the location of said transmit transducer in relation to said receive transducer(s), reconstructing scan lines as lines on a reconstructed image based on the determination of the location of the receive transducer(s) relative to that of the transmit transducer and the average speed of ultrasound in the tissue object, and image processing to fill in gaps between scan lines and optionally correct distortions caused by the point spread function of the system, characterized in that the transmit transducer array and the at least one receive transducer are linked together with an articulating mechanical linkage configured to ensure that the plane of scan of the transmit transducer array and the at least one receive transducer includes the other while the distance between the transmit transducer array and the at least one receive transducer is unconstrained.
A method for separating a flow of harvested material on at least one conveying and cleaning means (29, 30), in particular a top sieve, of a combine harvester, wherein the conveying and cleaning means (29, 30) is stimulated into a longitudinal oscillation and a transverse oscillation, wherein a control of the transverse oscillation is carried out as a function of at least one state, wherein at least one state for controlling the transverse oscillation is the inclination of the combine harvester, characterized in that at least one further state for controlling the transverse oscillation is the grain purity, in particular the grain purity of a main flow of harvested material, wherein the transverse oscillation is preset as a function of the inclination of the combine harvester and fine-tuned as a function of the grain purity. at least one further state for controlling the transverse oscillation is the grain purity, in particular the grain purity of a main flow of harvested material, wherein the transverse oscillation is preset as a function of the inclination of the combine harvester and fine-tuned as a function of the grain purity.
An in vitro method for determining the total amount and/or concentration of an analyte in the presence of a binding molecule capable of binding with its binding site to the analyte, the method comprising the steps: (i) contacting a sample comprising the analyte and the binding molecule with - a trapping molecule directed against the binding site of the binding molecule and - a detection molecule capable of forming a complex with the analyte, and (ii) detecting the detection molecule-analyte complex, thereby determining the total amount and/or concentration of the analyte, wherein the detection molecule is different from the binding molecule, and wherein the analyte is different from the trapping molecule, and wherein the detection molecule is only capable of forming a complex with the analyte when the analyte is not bound by the binding molecule, and wherein the trapping molecule is an antibody or functionally active part of an antibody or a receptor or receptor fragment. (i) contacting a sample comprising the analyte and the binding molecule with - a trapping molecule directed against the binding site of the binding molecule and - a detection molecule capable of forming a complex with the analyte, and - a trapping molecule directed against the binding site of the binding molecule and - a detection molecule capable of forming a complex with the analyte, and (ii) detecting the detection molecule-analyte complex, thereby determining the total amount and/or concentration of the analyte,
Medical instrument, comprising a shaft whose distal end in being bendable, with a handle arranged at a proximal end of the shaft, a bend control mechanism for bending the shaft, wherein the bend control mechanism has a pivotable control element which can be pivoted about a pivot axis and which is arranged at an outer side of the handle, and a pivoting around the pivot axis causes a bending of the shaft, and with a locking mechanism for locking the bendable control element in different pivot positions, wherein the locking mechanism has a actuating element whose actuating releases the locking mechanism, characterized in that a plate (236, 236') stands up from an outer surface of the handle, wherein brake elements (224, 225) rest against opposite side walls (238, 238', 240) thereof which brake elements are connected to the bendable control element and are biased in such a way in direction to the side walls (238, 238', 240), that it lock a pivoting of the pivotable control element, and in that the actuating element is connected to the brake elements (224, 225) in such a way, that an actuation of the actuating element moves the brake elements (224, 225) out of the locking engagement with the plate.
Method of recycling adhesive-coated material in the form of foil remnants by breaking down the foil remnants and adding a non-adhesive material to the foil remnants by which method the foil remnants are coarsely broken down into lumps of material in a breaking-down device and a substance for reducing the adhesive strength of the adhesive content is added to the material and the reducedly adhesive lumps of material are conveyed into an agglomerator, characterised in that the foil remnants are coarsely broken down in the breaking-down device into lumps of material of between 50 mm and 150 mm in diameter, and the substance for reducing the adhesive strength of the adhesive content is added to the lumps of material in a liquid or powder form and the lumps of material are heated in the agglomerator to a temperature of 100 °C to 200 °C that is below the melting point of the foil material being processed and the lumps of material are broken down into granuli described as "agglomerate".
A compound comprising a chimeric modified oligonucleotide 10 to 30 linked nucleosides in length targeted to a nucleic acid encoding angiopoietin-like 3 (ANGPTL3) wherein the modified oligonucleotide comprises at least one modified internucleoside linkage, modified sugar moiety, and/or modified nucleobase, for use in a method of treating or preventing hepatic steatosis or steatohepatitis in an animal comprising administering the compound to the animal.
Drive module, in particular for a fan in a motor vehicle, comprising: - a drive motor with a stator; - at least one vibration-damping decoupling element; and - a fastening flange which is connected via the decoupling element to the stator of the drive motor; - wherein the decoupling element is arranged in the interior of the stator and the fastening flange has a supporting element which is in engagement with the decoupling element, - wherein a plurality of decoupling elements are arranged radially symmetrically about the rotational axis of the drive motor along a circumference, wherein the decoupling element is configured as a hollow cylinder which comprises a radial inner face which is in engagement with a supporting element and a radial outer face which is in engagement with the stator, characterized in that the stator comprises a first and a second holder, and in that the decoupling element is fastened in a positively locking manner between the two holders (225, 230). - a drive motor with a stator; - at least one vibration-damping decoupling element; and - a fastening flange which is connected via the decoupling element to the stator of the drive motor; - wherein the decoupling element is arranged in the interior of the stator and the fastening flange has a supporting element which is in engagement with the decoupling element, - wherein a plurality of decoupling elements are arranged radially symmetrically about the rotational axis of the drive motor along a circumference, wherein the decoupling element is configured as a hollow cylinder which comprises a radial inner face which is in engagement with a supporting element and a radial outer face which is in engagement with the stator,
Device for mounting of a combined spring and shock absorbing device in a vehicle wherein said device for mounting comprising at least one elastic element in the form of a bushing arranged at least at one end section of the combined spring and shock absorbing device and wherein the device for mounting further comprises a bracket fixed to the vehicle's chassis or cabin, and wherein said bushing is arranged to be fixed to the bracket characterised by that - the bushing is designed with a wedge shaped groove around its periphery, - the bracket is equipped with a semi-circular recess, the edge of which forms a wedge-shaped flange, and - the bushing is arranged to be fixed to the bracket with the help of an essentially horizontal mountable screw joint comprising a curved clamp equipped with a wedge-shaped flange arranged to be bolted to the bracket, wherein the clamp and the recess in the bracket form an essentially circular opening in its final mounted position and its inner diameter is so adapted that the bushing is completely enclosed and pinned. - the bushing is designed with a wedge shaped groove around its periphery, - the bracket is equipped with a semi-circular recess, the edge of which forms a wedge-shaped flange, and - the bushing is arranged to be fixed to the bracket with the help of an essentially horizontal mountable screw joint comprising a curved clamp equipped with a wedge-shaped flange arranged to be bolted to the bracket, wherein the clamp and the recess in the bracket form an essentially circular opening in its final mounted position and its inner diameter is so adapted that the bushing is completely enclosed and pinned.
Valve, in particular servo valve, having a valve seat which is arranged between a valve inlet and a valve outlet, and having a closure element which is arranged so as to be movable with respect to the valve seat and which has a diaphragm, a support element for supporting the diaphragm and a pressure relief device for reducing pressure peaks in the valve inlet, wherein the pressure relief device has a relief duct (6.1) which is formed so as to be closable via a sealing element (6.2) which is in the form of a ball, wherein the ball is connected to a spring element in the form of a compression spring and is pressed by the latter against a sealing seat (8.1), wherein the valve inlet has a valve inlet region (5.1) arranged in front of the diaphragm in the inflow direction and has a pressure space (5.2) arranged behind the diaphragm in the outflow direction, wherein the pressure space (5.2) is connected to a pilot control valve and the pilot control valve is connected to the valve outlet, characterized in that the ball is in the form of a rubber ball, and in that the pilot control valve is connected via a pressure line (10.1) to the pressure space (5.2) and via an outlet line (10.2) to the valve outlet, wherein the outlet line (10.2) is led around the closure element on the outside and through the valve inlet region (5.1).
Machine-implemented method for obtaining data from a nonlinear dynamic real system during a test run, for instance an internal combustion engine, a drive-train or parts thereof, comprising the generation of a sequence of dynamic excitation signals for at least one measurement channel according to a previously generated design of experiment for said test run, measuring the system output of at least one output channel, characterized in that the sequence of dynamic excitation signals was generated by the method of generating a design of experiment with a sequence of excitation signals, obtaining output data by feeding said sequence of excitation signals into a model for the real system, said model comprising nonlinear dynamic models, determining a criterion for the information content of the complete design of experiment sequence, and in a following step varying the totality of the sequence of excitation signals, obtaining new output data by feeding said modified sequence of excitation signals into the model for the real system, determining again said criterion for the for the information content, and repeating these steps until said criterion has reached its optimum value, using the last generated sequence of excitation signals as design of experiment for the test run of the real system.