mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical vessel sealer comprising: an instrument shaft arranged to convey microwave electromagnetic energy and radiofrequency EM energy; a distal end assembly arranged at a distal end of the instrument shaft to receive the microwave EM energy and the RF EM energy from the instrument shaft, the distal end assembly comprising: a pair of jaws that are movable relative to each other to open and close a gap between opposing inner surfaces thereof; and a dissector element arranged to deliver the RF EM energy for cutting through biological tissue, wherein the pair of jaws comprise an energy delivery structure arranged to emit the microwave EM energy into the gap between the opposing inner surfaces, wherein the energy delivery structure is arranged to confine an emitted microwave field substantially within a region between the pair of jaws, and wherein the dissector element is located outside the region between the pair of jaws. an instrument shaft arranged to convey microwave electromagnetic energy and radiofrequency EM energy; a distal end assembly arranged at a distal end of the instrument shaft to receive the microwave EM energy and the RF EM energy from the instrument shaft, the distal end assembly comprising: a pair of jaws that are movable relative to each other to open and close a gap between opposing inner surfaces thereof; and a dissector element arranged to deliver the RF EM energy for cutting through biological tissue, a pair of jaws that are movable relative to each other to open and close a gap between opposing inner surfaces thereof; and a dissector element arranged to deliver the RF EM energy for cutting through biological tissue, wherein the pair of jaws comprise an energy delivery structure arranged to emit the microwave EM energy into the gap between the opposing inner surfaces, wherein the energy delivery structure is arranged to confine an emitted microwave field substantially within a region between the pair of jaws, and wherein the dissector element is located outside the region between the pair of jaws.
A method for determining spatial location information and transmitting the spatial location information to a server, the method comprising: - the updating of the spatial location information through the use of an application program interface for positioning - the transmission of the spatial location information to the server, - avoidance of the use of the application program interface for positioning by taking into consideration one or more values obtained via an inertial measurement unit, characterised in that the method further comprises - the avoidance of the transmission of the spatial location information to the server by taking into consideration the accuracy of the last updated spatial location information and the accuracy of the last transmitted spatial location information, comprising the transmission of the spatial location information to the server when the accuracy of the last updated spatial location information is less than, or less than or equal to, a predetermined fraction of the accuracy of the last transmitted spatial location information. - the updating of the spatial location information through the use of an application program interface for positioning - the transmission of the spatial location information to the server, - avoidance of the use of the application program interface for positioning by taking into consideration one or more values obtained via an inertial measurement unit, characterised in that the method further comprises - the avoidance of the transmission of the spatial location information to the server by taking into consideration the accuracy of the last updated spatial location information and the accuracy of the last transmitted spatial location information, comprising the transmission of the spatial location information to the server when the accuracy of the last updated spatial location information is less than, or less than or equal to, a predetermined fraction of the accuracy of the last transmitted spatial location information.
An antenna for satellite communication comprises; a signal transmitting and receiving unit for receiving or transmitting a signal from/to the satellite; a driving unit for rotating the signal transmitting and receiving unit so as to enable the signal transmitting and receiving unit to track the satellite; a first post on which the signal transmitting and receiving unit or the driving unit is mounted; a second post provided below the first post in such a manner as to be spaced apart from each other; an anti-vibration unit provided inside the second post for elastically supporting the signal transmitting and receiving unit or the driving unit, wherein the second post is formed of a hollow tube, and the first post has a sloped shape with respect to the second post and is connected to the top of the anti-vibration unit, wherein the anti-vibration unit comprises a damper shaft provided inside the second post along the longitudinal direction of the second post and a plurality of damper springs (136,137) provided on the outer surface of the damper shaft along the longitudinal direction of the damper shaft, characterized in that the damper further comprises an elastic member provided between the windings of the damper springs (136,137), wherein the elastic member has the same winding form as the damper springs (136,137) and prevents the windings of the damper springs (136,137) from being in direct contact with each other and, the elastic member has a cross-section of rectangular shape so as to surface-to-surface contact with the windings of the damper springs (136,137).
Method for transmitting software artifacts from a source network to a target network, wherein a proxy system is arranged between the target and the source network, wherein the proxy system comprises a plug-in, wherein the transmission is monitored on the target network side by means of the plug-ins, wherein - a target-network-internal information structure is provided, wherein the information structure contains entries, wherein each entry in each case characterises a software artifact that can be downloaded when authorisation is granted by an operator of the target network, by means of the plug-in: - the entries are read from the target-network-internal information structure, - requests from the target network relating to the availability of new software artifacts are received on behalf of the source network, characterised in that - for each request at least one entry that matches the request is searched for in the target-network-internal information structure, by means of the plug-in: - as a function of whether the at least one matching entry is present in the target-network-internal information structure, either the software artifact characterised in the at least one entry that matches the request is retrieved or the request is blocked, wherein - to retrieve the software artifact, a connection is set up in just one direction, namely from the target network to the source network, and is disconnected again after the retrieval. - a target-network-internal information structure is provided, wherein the information structure contains entries, wherein each entry in each case characterises a software artifact that can be downloaded when authorisation is granted by an operator of the target network, - the entries are read from the target-network-internal information structure, - requests from the target network relating to the availability of new software artifacts are received on behalf of the source network, characterised in that - for each request at least one entry that matches the request is searched for in the target-network-internal information structure, - as a function of whether the at least one matching entry is present in the target-network-internal information structure, either the software artifact characterised in the at least one entry that matches the request is retrieved or the request is blocked, wherein - to retrieve the software artifact, a connection is set up in just one direction, namely from the target network to the source network, and is disconnected again after the retrieval.
A wheel comprising: a wheel hub; a wheel housing; and a plurality of loops connect the wheel housing to the wheel hub, wherein each loop is a spring strip folded into a loop having two ends; the loop being connected to the wheel hub, and the two ends connected to the inner wall of said wheel housing, characterized in that: a first slot is provided proximate one end of the spring strip; a neck of narrower width is provided proximate the other end of the spring strip; the end of the spring strip having the neck is inserted through the first slot; such that the first slot is positioned over the neck to form the loop, and the first slot is moveable along the neck for adjusting the size of the loop. a wheel hub; a wheel housing; and a plurality of loops connect the wheel housing to the wheel hub, each loop is a spring strip folded into a loop having two ends; the loop being connected to the wheel hub, and the two ends connected to the inner wall of said wheel housing, a first slot is provided proximate one end of the spring strip; a neck of narrower width is provided proximate the other end of the spring strip; the end of the spring strip having the neck is inserted through the first slot; such that the first slot is positioned over the neck to form the loop, and the first slot is moveable along the neck for adjusting the size of the loop.
A pharmaceutical composition for direct systemic introduction for use in treating or preventing gastric ulcers, duodenal ulcers, Zollinger-Ellison syndrome, laryngopharyngeal reflux, dyspepsia, peptic ulcer disease, gastritis, or gastroesophageal reflux in an animal needing treatment, wherein the pharmaceutical composition for DSI comprises: about 5-25 mass% bovine gelatin, about 5-25 mass% mannitol, about 0-2 mass% of a surfactant, about 0-1 mass% of a flavorant, and about 60-90 mass% of a proton pump inhibitor selected from omeprazole or esomeprazole. about 5-25 mass% bovine gelatin, about 5-25 mass% mannitol, about 0-2 mass% of a surfactant, about 0-1 mass% of a flavorant, and about 60-90 mass% of a proton pump inhibitor selected from omeprazole or esomeprazole.
A method for identifying a rail vehicle wheel wherein - a specific detection pattern of the rail vehicle wheel is ascertained using a rollover signal of the vehicle wheel ascertained with the aid of a load measuring device arranged on a rail, the rollover signal describing a time characteristic of a rail load induced by the rail vehicle wheel on the rail equipped with the load-measuring device during the rollover, and the specific detection pattern comprising one or multiple time-independent identification parameter(s) / characteristic value(s) ascertained using the rollover signal; - the ascertained specific detection pattern of the rail vehicle wheel is compared with one or multiple reference-specific detection patterns of rail vehicle wheels; and - the rail vehicle wheel is identified by the comparison. - a specific detection pattern of the rail vehicle wheel is ascertained using a rollover signal of the vehicle wheel ascertained with the aid of a load measuring device arranged on a rail, the rollover signal describing a time characteristic of a rail load induced by the rail vehicle wheel on the rail equipped with the load-measuring device during the rollover, and the specific detection pattern comprising one or multiple time-independent identification parameter(s) / characteristic value(s) ascertained using the rollover signal; the rollover signal describing a time characteristic of a rail load induced by the rail vehicle wheel on the rail equipped with the load-measuring device during the rollover, and the specific detection pattern comprising one or multiple time-independent identification parameter(s) / characteristic value(s) ascertained using the rollover signal; - the ascertained specific detection pattern of the rail vehicle wheel is compared with one or multiple reference-specific detection patterns of rail vehicle wheels; and - the rail vehicle wheel is identified by the comparison.
Method for producing a test body for mechanically destructively testing a materially bonded joining connection, wherein the method comprises the following steps: - providing an areal substrate, - applying at least one test fabric and an adhesive to a substrate surface of the areal substrate, and - curing the adhesive, and therefore a materially bonded joining connection is produced between the test fabric and the substrate surface by way of the cured adhesive, characterized in that a Dutch-weave fabric and/or a calendered square-mesh fabric is provided as the test fabric. - providing an areal substrate, - applying at least one test fabric and an adhesive to a substrate surface of the areal substrate, and - curing the adhesive, and therefore a materially bonded joining connection is produced between the test fabric and the substrate surface by way of the cured adhesive,
A particulate filter regenerating system comprising: a fuel injection device adapted to inject fuel into a combustion chamber of an engine; and an exhaust gas temperature-adjusting device adapted, when a PM deposit amount which is an amount of particulate matter deposited in a particulate filter provided in an exhaust passage of the engine, reaches a predetermined value, to cause the fuel injection device to perform a post-injection for injecting fuel into the combustion chamber during an expansion stroke of the engine, so as to execute a filter regeneration process of raising a temperature of exhaust gas flowing into the particulate filter to burn the deposited PM, the particulate filter having the cell wall made of porous material, and a PM oxidation catalyst layer supported on an outer surface of the cell wall and within pores of the cell wall, the exhaust gas temperature-adjusting device being operable to perform a normal filter regeneration process (S3 to S5) and a complete filter regeneration process (S12 to S14), the complete filter regeneration process (S12 to S14) being performed after having performed a predetermined number (Nt) of normal filter regeneration processes (S3 to S5), characterized in that in the normal filter regeneration process (S3 to S5), the post-injection is stopped when a reduction rate of the PM deposit amount, which is a temporal change rate of the PM deposit amount, becomes less than a predetermined value (α) due to burning of most of the PM within the pores, and in the complete filter regeneration process (S12 to S14), the post-injection is continuously performed until the PM burning amount becomes approximately equal to an initial PM deposit amount which is the PM deposit amount at a timing of initiation of the complete filter regeneration process (S12 to S14) so as to remove substantially all PM. a fuel injection device adapted to inject fuel into a combustion chamber of an engine; and an exhaust gas temperature-adjusting device adapted, when a PM deposit amount which is an amount of particulate matter deposited in a particulate filter provided in an exhaust passage of the engine, reaches a predetermined value, to cause the fuel injection device to perform a post-injection for injecting fuel into the combustion chamber during an expansion stroke of the engine, so as to execute a filter regeneration process of raising a temperature of exhaust gas flowing into the particulate filter to burn the deposited PM, the particulate filter having the cell wall made of porous material, and a PM oxidation catalyst layer supported on an outer surface of the cell wall and within pores of the cell wall,
Method for additively manufacturing at least one three-dimensional object by means of successive layerwise selective irradiation and consolidation of build material layers, whereby each build material layer comprises at least one irradiation area which is to be irradiated and consolidated by means of at least one energy beam, wherein the successive layerwise selective irradiation and consolidation of respective irradiation areas is performed on basis of at least one irradiation parameter set resulting in a specific amount of energy input into the irradiation area of a respective build material layer, whereby the at least one irradiation parameter set comprises at least one irradiation parameter, whereby a first irradiation parameter set and at least one further irradiation parameter set is used, whereby the first irradiation parameter set allows for a first amount of energy input into an irradiation area of a first build material layer which results in a connection of the irradiation area of the first build material layer with selectively irradiated and consolidated areas of a second build material layer directly disposed below the first build material layer, and the at least one further irradiation parameter set allows for a further amount of energy input into an irradiation area of a first build material layer which results in a connection of the irradiation area of the first build material layer with the selectively irradiated and consolidated areas of a second build material layer directly disposed below the first build material layer and at least one further build material layer directly disposed below the second build material layer.
Lifting device, in particular a cross-member, for lifting a first tower segment of a concrete tower of a wind turbine by means of a crane, comprising: - at least one securing means for securing the tower segment to the lifting device and - at least one release device for releasing a connection between the lifting device and the tower segment, characterised in that the or each release device has an electric motor in order to carry out the release of the connection between the lifting device and the first tower segment. - at least one securing means for securing the tower segment to the lifting device and - at least one release device for releasing a connection between the lifting device and the tower segment, characterised in that the or each release device has an electric motor in order to carry out the release of the connection between the lifting device and the first tower segment.
A packaged product consisting essentially of a chilled dairy beverage in a closed cup, wherein said beverage comprises from 2.5 to 4.5 wt% of milk proteins, from 1.5 to 5 wt% of milk fat, from 3 to 7 wt% of added sugar, from 0.05 to 0.2 wt% of xanthan gum, from 0.4 to 0.7 wt% of a blend of cellulose and carboxy-methylcellulose, from 0.01 to 0.05 wt% of carrageenan, and the remainder to 100 wt% of water; wherein said beverage has a Brookfield viscosity of 150 to 490 mPa.s (spindle No 2, 50 rpm, 8°C); wherein the headspace represents from 18 to 26 vol.% of the volume of the cup; and wherein added sugar are caloric mono- and di-saccharides not naturally found in the dairy component.
A method for producing at least one amplicon based on a target DNA, the method comprising: (a) providing the target DNA; (b) providing a DNA amplification reaction mixture comprising an oligocation-oligonucleotide conjugate primer, a DNA polymerase having a strand displacement activity, and a dNTP mixture; and (c) amplifying at least one portion of the target DNA using the DNA amplification reaction mixture of step (b) and strand displacement activity to produce the at least one amplicon, wherein the oligocation-oligonucleotide conjugate primer comprises an oligocation moiety covalently conjugated to the 5' end of an oligonucleotide sequence, and wherein the amplification in step c) is performed under isothermal conditions by MDA or RCA. (a) providing the target DNA; (b) providing a DNA amplification reaction mixture comprising an oligocation-oligonucleotide conjugate primer, a DNA polymerase having a strand displacement activity, and a dNTP mixture; and (c) amplifying at least one portion of the target DNA using the DNA amplification reaction mixture of step (b) and strand displacement activity to produce the at least one amplicon,
A wind turbine generator comprising a hub with an interior hub space, a nose cone with a nose cone wall, and a ventilation system for ventilating the hub of the wind turbine generator, wherein a deepening in the nose cone wall is provided, wherein the ventilation system comprises air flow means for directing air from outside of the hub towards the interior hub space, said air flow means comprising an entrance section, wherein the ventilation system further comprises air diverting means covering the entrance section of the air flow means, wherein the air flow means are disposed at a distance to the air diverting means, such that the air flow means are not disposed in an interior space of the air diverting means, or wherein the air flow means are disposed conterminous to the air diverting means but not in the interior space of the air diverting means, such that the entrance section of the air flow means ends at flush level at an imaginary line at the end (29b, 29c) of the air diverting means facing the entrance section of the air flow means, and wherein the deepening, the entrance section of the air flow means and the air diverting means together define an air channel system for directing air from the outside of the wind turbine generator into the air flow means.
A reversibly deformable artificial cornea comprising: a monolithic body having a diameter between 4 mm and 10 mm comprising a center optic surrounded by a rim, wherein the center optic has a diameter in the range from 3 mm to 9 mm and a optic height in the range from 200μm to 800μm and the rim has a width in the range from 0.5 mm to 4.5 mm and a median thickness in the range from 50μm to 200μm; wherein the monolithic body is comprised of a polymeric hydrogel having a Young's modulus in the range from 0.3 MPa to 100 MPa when fully hydrated; and wherein an annular peripheral region of an anterior face of the center optic promotes epithelial growth while the anterior face within the annular peripheral region inhibits epithelial growth. a monolithic body having a diameter between 4 mm and 10 mm comprising a center optic surrounded by a rim, wherein the center optic has a diameter in the range from 3 mm to 9 mm and a optic height in the range from 200μm to 800μm and the rim has a width in the range from 0.5 mm to 4.5 mm and a median thickness in the range from 50μm to 200μm; wherein the monolithic body is comprised of a polymeric hydrogel having a Young's modulus in the range from 0.3 MPa to 100 MPa when fully hydrated; and wherein an annular peripheral region of an anterior face of the center optic promotes epithelial growth while the anterior face within the annular peripheral region inhibits epithelial growth.
An electronic phased array endocavitary probe for ultrasonic imaging, comprising an array of transmitting and/or receiving electroacoustic transducers (Ti,j, T1,1 to T4,11), in which transducers are arranged in adjacent positions, on a central disk-shaped area designated with a central portion and on a plurality of concentric annular bands (Ai), and in which transducers have a geometric center and are tangent to one other in both radial and circumferential directions, transducers being arranged within the array with such a geometry that, the number of transducers (Ti,j, T1,1 to T4,11) having the same focusing delay on a scan point, line or area, is minimal or null, characterized in that each concentric annular band and the central disk-shaped are divided into equal numbers of transducers having the same radiating and/or receiving area and angular extension, each transducer being disposed with its geometric centre angularly staggered with respect to the geometric centres of the transducers of adjacent bands, or the central portion inwardly adjacent to the innermost annular band, by a constant length from band to band, said length being a rational fraction of the angular extension of said transducers.