mhurhangee/ep-ind-claims huggingface dataset:
A kit for treating a treatment area in a vasculature, comprising: a first catheter adapted for positioning at the treatment area in the vasculature, said first catheter including a first balloon having a first, transient radiopaque material configured to form a first radiopaque marking corresponding to the treatment area; and a second catheter adapted for positioning at the treatment area, said second catheter including a second balloon having a working surface identified by one or more second radiopaque markings that match with the transient radiopaque marking. a first catheter adapted for positioning at the treatment area in the vasculature, said first catheter including a first balloon having a first, transient radiopaque material configured to form a first radiopaque marking corresponding to the treatment area; and a second catheter adapted for positioning at the treatment area, said second catheter including a second balloon having a working surface identified by one or more second radiopaque markings that match with the transient radiopaque marking.
Device for filling containers with a filling product, preferably in a beverage filling plant, wherein the device can be operated with different filling capacities as a measure of the containers to be filled per unit of time and has: at least one filling valve that is adapted to introduce the filling product into the containers at a variable flow rate, wherein the filling valve is preferably a proportional valve; and a controller that is in communication with the filling valve and is adapted to control the filling valve such that the filling product is introduced into a corresponding container during a filling process at at least one flow rate; characterised in that the controller is adapted to modify the flow rate in dependence on a change in the filling capacity and if the filling capacity is reduced to decrease the flow rate in dependence on the reduced filling capacity. at least one filling valve that is adapted to introduce the filling product into the containers at a variable flow rate, wherein the filling valve is preferably a proportional valve; and a controller that is in communication with the filling valve and is adapted to control the filling valve such that the filling product is introduced into a corresponding container during a filling process at at least one flow rate; characterised in that the controller is adapted to modify the flow rate in dependence on a change in the filling capacity and if the filling capacity is reduced to decrease the flow rate in dependence on the reduced filling capacity.
A single-chain Alphabody, having the general formula HRS1-L1-HRS2-L2-HRS3, wherein each of HRS1, HRS2 and HRS3 is independently a heptad repeat sequence consisting of 2 to 7 consecutive heptad repeat units, at least 50% of all heptad a- and d-positions are occupied by isoleucine residues, each HRS starts and ends with an aliphatic or aromatic amino acid residue located at either a heptad a- or d-position, and HRS1, HRS2 and HRS3 together form a triple-stranded, alpha-helical, coiled coil structure; and each of L1 and L2 is independently a linker fragment, covalently connecting HRS1 to HRS2 and HRS2 to HRS3, respectively, and consisting of at least 4 amino acid residues, preferably at least 50% of which are selected from the group proline, glycine, serine, characterized in that said Alphabody comprises an alpha-helical binding region which mediates binding to a first fusion-driving region of a class-I viral fusion protein and which structurally mimics a second fusion-driving region of said class-I viral fusion protein, wherein said first and second fusion-driving regions of said class-I viral fusion protein are regions which interact to drive the fusion between a virus displaying said class-I viral fusion protein and a target cell, wherein said class-I viral fusion protein is not the gp41 subunit of HIV-1 envelope glycoprotein.
An orthopaedic bone saw for cutting the bone of a patient, comprising: a housing; a chuck secured to the housing, wherein the chuck is configured to receive a bone saw blade, a bone saw blade, the bone saw blade defining a longitudinal axis, a guide configured to receive one or more surgical guide pins therein to align the bone saw blade in a predetermined position relative to the bone of the patient, a clamp coupled to the housing, the clamp having a passageway extending therethrough, a rod extending through the passageway of the clamp and extending parallel to the longitudinal axis of the bone saw blade, the rod having a distal end positioned toward the bone saw blade, a base secured to the distal end of the rod, a spring positioned on the rod between the base and the clamp, a swivelling post secured to the guide and base, wherein the swivel permits the base and guide to pivot relative to one another. a housing; a chuck secured to the housing, wherein the chuck is configured to receive a bone saw blade, a bone saw blade, the bone saw blade defining a longitudinal axis, a guide configured to receive one or more surgical guide pins therein to align the bone saw blade in a predetermined position relative to the bone of the patient, a clamp coupled to the housing, the clamp having a passageway extending therethrough, a rod extending through the passageway of the clamp and extending parallel to the longitudinal axis of the bone saw blade, the rod having a distal end positioned toward the bone saw blade, a base secured to the distal end of the rod, a spring positioned on the rod between the base and the clamp, a swivelling post secured to the guide and base, wherein the swivel permits the base and guide to pivot relative to one another.
Naltrexone, or a pharmaceutically acceptable salt thereof and bupropion, or a pharmaceutically acceptable salt thereof, for use in reducing the risk of major adverse cardiovascular events (MACE) in a subject, wherein said MACE is non-fatal myocardial infarction.
A method for terminating a cable, said cable including a plurality of strands made of synthetic filaments, at least a portion of which are non-parallel strands, comprising: a. straightening a portion of said cable to form a straight portion; b. applying a binder to said cable proximate said straight portion; c. cutting each of said plurality of strands of said cable within said straight portion so that each of said plurality of strands has a cut end; d. securing a plurality of terminations to said cut ends; and e. gathering each of said terminations into a collector, which collector includes a central area and a peripheral area, with a first portion of said terminations being attached to said central area and a second portion of said terminations being attached to said peripheral area; characterized in that said connection between said second portion of said terminations and said peripheral area is length-adjustable so that the tension in each of said outer strands can be adjusted. a. straightening a portion of said cable to form a straight portion; b. applying a binder to said cable proximate said straight portion; c. cutting each of said plurality of strands of said cable within said straight portion so that each of said plurality of strands has a cut end; d. securing a plurality of terminations to said cut ends; and e. gathering each of said terminations into a collector, which collector includes a central area and a peripheral area, with a first portion of said terminations being attached to said central area and a second portion of said terminations being attached to said peripheral area;
A USB male connector, comprising an insulating body, wherein the USB male connector further comprises: an open end and a tail end a slot installed in the insulating body; and a reinforcement structure fixed in the slot; wherein the strength of the reinforcement structure is greater than the strength of the insulating body; wherein the slot is extended to a location three fifths to four fifths of the length away to the open end from the tail end. an open end and a tail end a slot installed in the insulating body; and a reinforcement structure fixed in the slot; wherein the strength of the reinforcement structure is greater than the strength of the insulating body; wherein the slot is extended to a location three fifths to four fifths of the length away to the open end from the tail end.
A system for automatically delivering a substance to a predetermined area of a poultry animal comprising: positioning device that positions a poultry animal singularly along a moving platform; image capture device; substance delivery system having a plurality of delivery outlets of varied heights along the pathway of the moving platform; and computer processor in communication with the image capture device, and delivery system, whereby the image capture device is configured to capture at least one image of the poultry animal and to share the image with the computer processor, the computer processor is configured to process the image, to determine the relative position of the predetermined area on the poultry animal and to activate at least one of the plurality of delivery outlets of the delivery system to deliver an effective dosage of the substance to the predetermined area on the poultry animal. positioning device that positions a poultry animal singularly along a moving platform; image capture device; substance delivery system having a plurality of delivery outlets of varied heights along the pathway of the moving platform; and computer processor in communication with the image capture device, and delivery system, whereby the image capture device is configured to capture at least one image of the poultry animal and to share the image with the computer processor, the computer processor is configured to process the image, to determine the relative position of the predetermined area on the poultry animal and to activate at least one of the plurality of delivery outlets of the delivery system to deliver an effective dosage of the substance to the predetermined area on the poultry animal.
An elevator control device comprising: a main cable linking a cage with a balance weight; a plurality of sheaves(4a,4b) around which the main cable is wound; a plurality of motors(5a,5b) driving the respective sheaves(4a,4b); a plurality of velocity control devices(6a,6b) controlling torque of the respective motors(5a,5b); and characterised by an error detection device which compares torque command values of the velocity control devices (6a, 6b) and outputs an error signal based on assumption that missing traction arises in either of the sheaves(4a,4b) in response to the difference exceeding a predetermined reference value, wherein, a necessary operation mode is performed in accordance with the velocity command value to the velocity control devices(6a,6b), and the velocity command value to the velocity control devices (6a, 6b) is changed in accordance with the operation mode in response to the error detection device outputting the error signal. a main cable linking a cage with a balance weight; a plurality of sheaves(4a,4b) around which the main cable is wound; a plurality of motors(5a,5b) driving the respective sheaves(4a,4b); a plurality of velocity control devices(6a,6b) controlling torque of the respective motors(5a,5b); and characterised by an error detection device which compares torque command values of the velocity control devices (6a, 6b) and outputs an error signal based on assumption that missing traction arises in either of the sheaves(4a,4b) in response to the difference exceeding a predetermined reference value, wherein, a necessary operation mode is performed in accordance with the velocity command value to the velocity control devices(6a,6b), and the velocity command value to the velocity control devices (6a, 6b) is changed in accordance with the operation mode in response to the error detection device outputting the error signal.
Device for detecting the occupied or clear state of a track section, comprising - a transmitter for feeding an outgoing signal (SIG S) into the running rails of the track section and - at least one receiver for receiving an incoming signal (SIG E) produced by transmitting the outgoing signal (SIG S) via the running rails of the track section, characterised in that the device is designed to automatically match the frequency of the outgoing signal (SIG S) to a respective resonance frequency without tuning operations in the area of the outdoor equipment, by - varying the frequency of the outgoing signal (SIG S), - determining the resonance frequency of the outgoing signal (SIG S) and - setting the frequency of the outgoing signal (SIG S) to the resonance frequency determined. - a transmitter for feeding an outgoing signal (SIG S) into the running rails of the track section and - at least one receiver for receiving an incoming signal (SIG E) produced by transmitting the outgoing signal (SIG S) via the running rails of the track section, - varying the frequency of the outgoing signal (SIG S), - determining the resonance frequency of the outgoing signal (SIG S) and - setting the frequency of the outgoing signal (SIG S) to the resonance frequency determined.
A three-dimensional electromagnetic resonator device of inductance-capacitance type, having a given resonant frequency greater than or equal to 100 gigahertz, comprising a first track made of conductive material, a second track made of conductive material and a separating layer, the first and second tracks being formed respectively on either side of the separating layer which is a quantum heterostructure arranged between the first track and the second track, the first track being finished and having an intermediate part connecting two overlapping parts (31, 32), and the second track being finished and having an open inductive loop with two longitudinal branches (55, 56) connecting two overlapping parts (51, 52), each overlapping part (31, 32) of the first track being positioned facing a respective overlapping part (51, 53) of the second track so as to form two capacitances (C 1, C 2), spaced apart spatially from each other, the inductive loop being suitable for generating a magnetic field inside the inductive loop and around the tracks, and each capacitance being suitable for generating an electrical field inside the separating layer when the device is excited at the resonant frequency; characterised in that the first and the second tracks (3, 5) are positioned such that the electrical field generated by the second capacitance (C 2) is of opposite sign to the electrical field generated by the first capacitance (C 1) and such that the electrical field is confined in the overlapping parts (31, 32, 51, 52) when the device is excited at the resonant frequency.
An electro-optic device comprising: a first electrode structure comprising: a first electrode layer comprising a concentric first plurality of electrode rings, each adjacent pair of electrode rings from said first plurality of electrode rings separated by a corresponding first layer separator from a concentric plurality of first layer separators; and a second electrode layer comprising a concentric second plurality of electrode rings, each adjacent pair of electrode rings from said second plurality of electrode rings separated by a corresponding second layer separator from a concentric plurality of second layer separators; said first plurality of electrode rings is offset with respect to said second plurality of electrode rings; wherein: said first electrode layer is positioned parallel to said second layer; and a rotational axis of the first electrode layer is co-incident with a rotational axis of the second electrode layer; characterized in that said second electrode layer is configured to be operably conductively unconnected to an electrical power source. a first electrode structure comprising: a first electrode layer comprising a concentric first plurality of electrode rings, each adjacent pair of electrode rings from said first plurality of electrode rings separated by a corresponding first layer separator from a concentric plurality of first layer separators; and a second electrode layer comprising a concentric second plurality of electrode rings, each adjacent pair of electrode rings from said second plurality of electrode rings separated by a corresponding second layer separator from a concentric plurality of second layer separators; a first electrode layer comprising a concentric first plurality of electrode rings, each adjacent pair of electrode rings from said first plurality of electrode rings separated by a corresponding first layer separator from a concentric plurality of first layer separators; and a second electrode layer comprising a concentric second plurality of electrode rings, each adjacent pair of electrode rings from said second plurality of electrode rings separated by a corresponding second layer separator from a concentric plurality of second layer separators; said first plurality of electrode rings is offset with respect to said second plurality of electrode rings; wherein: said first electrode layer is positioned parallel to said second layer; and a rotational axis of the first electrode layer is co-incident with a rotational axis of the second electrode layer; characterized in that said second electrode layer is configured to be operably conductively unconnected to an electrical power source. wherein: said first electrode layer is positioned parallel to said second layer; and a rotational axis of the first electrode layer is co-incident with a rotational axis of the second electrode layer; said first electrode layer is positioned parallel to said second layer; and a rotational axis of the first electrode layer is co-incident with a rotational axis of the second electrode layer; characterized in that said second electrode layer is configured to be operably conductively unconnected to an electrical power source.
Connection device suitable for linking a windscreen wiper of a window of a vehicle to a wiper arm, comprising a means for securing to the windscreen wiper topped by a means for linking to an adapter linked to the wiper arm, comprising a platform derived from the securing means and a component which emerges on the platform, the device being characterized in that the securing means, the link means and the platform are of a single piece and in which the component, the platform and the link means at least partially delimit a housing suitable for receiving at least a part of the adapter.
A method for determining values of a magnetic field component of a magnetic vector field, comprising: - determining first distribution data comprising values of said magnetic field component, for a first predetermined area defined along a first predetermined surface; - determining second distribution data comprising second values of said component of said magnetic field for a second predetermined area defined along a second predetermined surface, wherein said first and said second predetermined surfaces are parallel; characterized in that determining second distribution data comprises manipulation of said first distribution data based on making use of intrinsic physical properties of said magnetic field, and wherein determining second distribution data of said component comprises performing a Fourier transformation of said first distribution data resulting in Fourier transformed data, followed by performing data manipulation on said Fourier transformed data resulting in manipulated Fourier transformed data, followed by an inverse Fourier transformation of said manipulated Fourier transformed data. - determining first distribution data comprising values of said magnetic field component, for a first predetermined area defined along a first predetermined surface; - determining second distribution data comprising second values of said component of said magnetic field for a second predetermined area defined along a second predetermined surface, wherein said first and said second predetermined surfaces are parallel;
A composition which is radiation curable to a polythioether polymer, comprising: a) at least one dithiol monomer; b) at least one diene monomer; c) at least one polyyne monomer comprising at least two ethyne groups; and d) at least one photoinitiator. a) at least one dithiol monomer; b) at least one diene monomer; c) at least one polyyne monomer comprising at least two ethyne groups; and d) at least one photoinitiator.
Naturally occurring polypeptide lecithin:cholesterol acyltransferase (LCAT) for use in a method for treating nonalcoholic fatty liver disease (NAFLD) in a mammal, said method comprising administering said naturally occurring polypeptide lecithin: cholesterol acyltransferase (LCAT) to said mammal.
A spectral wavefront analyser comprising an optical system adapted to sample, at multiple sampling points (427, 544) forming a two dimensional sampling array, a wavefront (425, 463) obtained by reflection or transmission of a two dimensional array of probe beams from or through a sample (423, 524), wherein the optical system comprises means for dividing an incoming multi-wavelength wavefront into a two dimensional array of beamlets, an interferometer with a beam splitter (422, 521) for splitting said two dimensional array of beamlets into said two dimensional array of probe beams and a reference beam (461, 462, 542, 724), and one or more dispersive elements (460, 530, 531), for interfering said wavefront (425, 463) with said reference beam (461, 462, 542, 724) and extracting optical phase and spectral information (428, 429) from said wavefront (425, 463) at said multiple sampling points (427, 544) relative to said reference beam (461, 462, 542, 724) while relative phase information between said multiple sampling points (427, 544) is maintained, and wherein the spectral wavefront analyser further comprises a processor adapted to process said optical phase and spectral information (428, 429) to provide a tomographic profile of said sample (423, 524).
A packaging device comprising a receiving compartment for medical products to be sterilized or having been sterilized, the receiving compartment being sealable in a sterile manner; and a carrier for hanging and/or guiding and/or handling the packaging device, wherein the carrier extends into the interior of the receiving compartment, characterized in that the carrier comprises at least one, preferably accurately fitting, mount for a section (9, 10) of a medical product to be sterilized or having been sterilized, wherein the at least one mount is formed in the way of a connector which is configured to receive, orientate, and fix the medical products to be sterilized or having been sterilized in the receiving compartment, wherein the connector comprises a recess for form-fittingly securing, in particular clipping or engaging the medical products to be sterilized or having been sterilized.