mhurhangee/ep-ind-claims huggingface dataset:
A reversible backpack comprising: - a body having at least one wall, comprising an external side and an opposite internal side; - at least two shoulder straps to carry the body of the backpack; wherein said wall comprises: - on said external side and on said internal side, on a upper area of said wall respectively first and second hooking elements (31a, 31b, 31c) designed to be hooked alternatively to the correspondent first hooking means (61, 61a) associated to the first ends of said shoulder straps; and - on said external side and on said internal side, on a lower area of said wall respectively third and fourth hooking elements (33a, 33b) designed to be hooked alternatively to the correspondent second hooking means associated to second ends of said shoulder straps. - a body having at least one wall, comprising an external side and an opposite internal side; - at least two shoulder straps to carry the body of the backpack; wherein said wall comprises: - on said external side and on said internal side, on a upper area of said wall respectively first and second hooking elements (31a, 31b, 31c) designed to be hooked alternatively to the correspondent first hooking means (61, 61a) associated to the first ends of said shoulder straps; and - on said external side and on said internal side, on a lower area of said wall respectively third and fourth hooking elements (33a, 33b) designed to be hooked alternatively to the correspondent second hooking means associated to second ends of said shoulder straps. - on said external side and on said internal side, on a upper area of said wall respectively first and second hooking elements (31a, 31b, 31c) designed to be hooked alternatively to the correspondent first hooking means (61, 61a) associated to the first ends of said shoulder straps; and - on said external side and on said internal side, on a lower area of said wall respectively third and fourth hooking elements (33a, 33b) designed to be hooked alternatively to the correspondent second hooking means associated to second ends of said shoulder straps.
A method for operating a dual-output electrosurgical generator in an electrosurgical system, the method comprising: outputting a DC waveform at a power supply; transmitting the first waveform through a first output, wherein the first output is coupled to a first instrument energizable by a first waveform; and transmitting the second waveform through a second output, wherein the second output is coupled to a second instrument energizable by a second waveform, characterised by the step of modulating a switching signal of at least one switching element of an inverter operating at a switching angle coupled to the power supply to invert the DC waveform to generate a first waveform at a first frequency and a second waveform at a second frequency. outputting a DC waveform at a power supply; transmitting the first waveform through a first output, wherein the first output is coupled to a first instrument energizable by a first waveform; and transmitting the second waveform through a second output, wherein the second output is coupled to a second instrument energizable by a second waveform, characterised by the step of modulating a switching signal of at least one switching element of an inverter operating at a switching angle coupled to the power supply to invert the DC waveform to generate a first waveform at a first frequency and a second waveform at a second frequency.
Broke system for the treatment of broke from a machine for producing a paper, cardboard, tissue or other fibrous web, the broke being dissolved in at least one mechanical pulper, the fibrous stock suspension which is produced in the process is collected downstream of the mechanical pulper in at least one feed store and is subsequently guided through at least one cleaning apparatus and a plurality of defibring apparatuses (3, 4), characterized in that, downstream of the cleaning apparatus and at least one following coarse defibring apparatus, the fibrous stock suspension is conducted into at least one recirculation store which is followed by at least one fine defibring apparatus and into which at least part of the fibrous stock suspension which leaves the last fine defibring apparatus is returned at least temporarily.
A methane oxidation catalyst on which a platinum oxide is supported on a tin oxide carrier, wherein the intensity of an absorption peak obtained in the range of 11555 to 11570 eV in the L 3 edge X-ray absorption near-edge structure (XANES) spectrum of a platinum atom is 1.4 times or more the intensity of an absorption peak measured using a standard platinum foil, when the maximum peak intensity corresponding to the bond length of the platinum atom-platinum atom bond is expressed as I Pt-Pt, and the maximum peak intensity corresponding to the bond length of the platinum atom-oxygen atom bond is expressed as I Pt-o in the radial distribution function obtained by Fourier transformation of the L 3 edge extended X-ray absorption fine structure (EXAFS) spectrum of the platinum atom, the ratio of I Pt-o to I Pt-Pt (I Pt-o / I Pt-Pt) is 7.0 or more, the average primary particle diameter of the platinum oxide is 0.5 nm to 2.5 nm, and the content ratio of platinum element to tin element is 0.3 to 40 mol %. when the maximum peak intensity corresponding to the bond length of the platinum atom-platinum atom bond is expressed as I Pt-Pt, and the maximum peak intensity corresponding to the bond length of the platinum atom-oxygen atom bond is expressed as I Pt-o in the radial distribution function obtained by Fourier transformation of the L 3 edge extended X-ray absorption fine structure (EXAFS) spectrum of the platinum atom, the ratio of I Pt-o to I Pt-Pt (I Pt-o / I Pt-Pt) is 7.0 or more, the average primary particle diameter of the platinum oxide is 0.5 nm to 2.5 nm, and the content ratio of platinum element to tin element is 0.3 to 40 mol %.
A valve with - a valve part comprising; a valve housing with a flow communication from a flow inlet to a flow outlet and a valve seat positioned within said flow communication, a valve cone adapted to change position to change the valve opening defined as the opening between the valve seat and valve cone, a membrane adapted to deflect under the influence of a differential pressure across said membrane and means (62, 63) to communicate pressures to the opposing sides of the membrane, - a regulation part comprising a biasing member, a setting housing, and a spring housing being the fixed part to the valve housing, where the valve part and the regulation part are sealed and detachable from each other, but where said regulation part is attached to said valve part during operation of the valve, wherein a spring elevator is positioned in interconnection to the setting housing and spring housing such that a rotation of the setting housing induces a rotation of the spring elevator but leaves it free to translocate up and down, where the setting is changed by rotating the setting housing relative to the spring housing and valve housing to translocate the spring elevator changing the tension of said biasing member, characterized in that there is a winded interconnection of the spring elevator to the spring housing. - a valve part comprising; a valve housing with a flow communication from a flow inlet to a flow outlet and a valve seat positioned within said flow communication, a valve cone adapted to change position to change the valve opening defined as the opening between the valve seat and valve cone, a membrane adapted to deflect under the influence of a differential pressure across said membrane and means (62, 63) to communicate pressures to the opposing sides of the membrane, - a regulation part comprising a biasing member, a setting housing, and a spring housing being the fixed part to the valve housing, a spring elevator is positioned in interconnection to the setting housing and spring housing such that a rotation of the setting housing induces a rotation of the spring elevator but leaves it free to translocate up and down, where the setting is changed by rotating the setting housing relative to the spring housing and valve housing to translocate the spring elevator changing the tension of said biasing member, characterized in that there is a winded interconnection of the spring elevator to the spring housing.
A prefabricated balcony, at least partially made from a hydraulic material, having a free end and a fixed end, opposite to the free end and intended to come to position itself at least close to a façade of a construction, this prefabricated balcony: - comprising at least one plate comprising, on the one hand, a solid portion, made from a solid material, extending from the fixed end and in the direction of the free end, this being over a part of the length of the plate and, on the other hand, a hollow portion, comprising at least one cavity and at least one bottom, and extending from the solid portion and in the direction of the free end; - being characterized in that the hollow portion further comprises at least three ribs, on the one hand, extending in a projecting manner with respect to such a bottom, this being between the solid portion and the free end, on the other hand, comprising a receiving part having an upper face intended to receive a floor, and on the other hand furthermore, regularly spaced and parallel to one another. - comprising at least one plate comprising, on the one hand, a solid portion, made from a solid material, extending from the fixed end and in the direction of the free end, this being over a part of the length of the plate and, on the other hand, a hollow portion, comprising at least one cavity and at least one bottom, and extending from the solid portion and in the direction of the free end; - being characterized in that the hollow portion further comprises at least three ribs, on the one hand, extending in a projecting manner with respect to such a bottom, this being between the solid portion and the free end, on the other hand, comprising a receiving part having an upper face intended to receive a floor, and on the other hand furthermore, regularly spaced and parallel to one another.
A projector comprising - a light source for irradiating illuminating light, - a reflector for reflecting the illuminating light from the light source, - a concave lens (7, 43), - a first lens array (4, 41) for receiving the light from the reflector, - the concave lens (7, 43) being interposed between the reflector and the first lens array (4, 41), - a display element for modulating the illuminating light from the first lens array (4, 41) into an image light, - a projection lens for guiding the image light from the display element onto a screen, - an exhaust fan, - a housing in which the aforementioned elements are arranged, - the projection lens being disposed at a side surface of the housing to project the image light from the side surface onto the screen, - wind-directing plates arranged at an aperture of the side surface for setting a wind direction for air exhausted from the housing, and - the wind-directing plates being disposed tilted to keep the exhaust air away from the light projected by the projection lens. - a light source for irradiating illuminating light, - a reflector for reflecting the illuminating light from the light source, - a concave lens (7, 43), - a first lens array (4, 41) for receiving the light from the reflector, - the concave lens (7, 43) being interposed between the reflector and the first lens array (4, 41), - a display element for modulating the illuminating light from the first lens array (4, 41) into an image light, - a projection lens for guiding the image light from the display element onto a screen, - an exhaust fan, - a housing in which the aforementioned elements are arranged, - the projection lens being disposed at a side surface of the housing to project the image light from the side surface onto the screen, - wind-directing plates arranged at an aperture of the side surface for setting a wind direction for air exhausted from the housing, and - the wind-directing plates being disposed tilted to keep the exhaust air away from the light projected by the projection lens.
A windmill arm, comprising a first arm section, a second arm section and a connecting piece for assembling the first and the second arm section in extension of one another in order thus to form at least a part of the arm, in which the connecting piece is provided with a first flange for attachment to the end of the first arm section and a second flange for attachment to the end of the second arm section, the first and the second flange being firmly interconnected, the first and the second flange each being provided with at least one hole for a bolt which extends through the hole from the connecting piece and into the adjacent arm section (2, 3) in order to secure each arm section (2, 3) to the adjacent flange, characterized in that nuts for the bolts or the bolts are firmly embedded in the arm section, or the arm section (2, 3) comprises transverse holes in which nuts for the bolts can be fitted, and that the connecting piece is mounted between the two arm sections (2, 3).
Computer-implemented method for quantitative flow analysis of a fluid flowing in a conduit from sequences of consecutive image frames of such a conduit, which image frames are timely separated by a certain time interval, the method comprising: a) selecting a start frame and an end frame from the sequence; b) determining a centreline of the conduit in the start frame; c) determining a centreline of the conduit in the end frame; d) selecting a common start point on the centreline of the start frame and on the centreline of the end frame; e) selecting an end point on the centreline of the start frame; f) selecting an end point on the centreline of the end frame; g) calculating centreline distance between start point and end point of the start frame; h) calculating centreline distance between start point and end point of the end frame; i) calculating a local flow velocity as a function of centreline distances and time interval between start frame and end frame, wherein the sequence of image frames contains information for determining the distribution over time of a contrast agent travelling in the conduit, the start frame and the end frame relating to a different distribution of contrast agent in the conduit from a proximal point to a distal point located on the centreline of the start frame and of the end frame, wherein the end point in the start frame and the end point in the end frame are identified by the front of the contrast agent distal to the common start point. a) selecting a start frame and an end frame from the sequence; b) determining a centreline of the conduit in the start frame; c) determining a centreline of the conduit in the end frame; d) selecting a common start point on the centreline of the start frame and on the centreline of the end frame; e) selecting an end point on the centreline of the start frame; f) selecting an end point on the centreline of the end frame; g) calculating centreline distance between start point and end point of the start frame; h) calculating centreline distance between start point and end point of the end frame; i) calculating a local flow velocity as a function of centreline distances and time interval between start frame and end frame,
A dental container for mixing and dispensing of components of a dental mixture, comprising a body having a main chamber, a dispensing nozzle, a liquid receptacle and a plunger, wherein said body has a proximal end and a distal end, the main chamber being located adjacent the distal end of the body, the liquid receptacle being mounted within the proximal end of the body, and the plunger being sealingly mounted within an interior of the liquid receptacle, the liquid receptacle having an inner transverse wall which contains a weakened portion, and wherein the plunger has a front face which is projection free, the liquid receptacle containing a liquid and the main chamber containing a powder, the arrangement being such that, in use, pressure is applied to the plunger to build up hydraulic pressure by means of the liquid on the inner transverse wall so as to break the weakened portion hydraulically and cause the liquid to enter the main chamber, and characterised in that a front portion of the liquid receptacle is arranged to be broken away from the remainder of the liquid receptacle by further depression of the plunger such that the plunger and the broken away front portion of the liquid receptacle are able to transverse the entire length of the main chamber to dispensation of the mixed dental material into the dispensing nozzle by application of hydraulic pressure on the distal wall of the main chamber so as to rupture the distal wall.
Cabling device for a fence with posts, wherein the cabling device comprises several duct elements (1, 2) which are configured to form a first duct which is configured to connect to one side of the fence and into which cables can extend, wherein these duct elements (1, 2) comprise linear duct elements, which are configured to extend between two posts characterized in that these duct elements comprise adapting duct elements which are configured to connect adjacent linear duct elements which are separated by a said post, by extending around the said post, wherein the one or several adapting duct elements comprise a protruding part which is configured to extend around the post and two end parts who respectively are configured to be connected to the respective linear duct element.
A horizontal axis wind turbine having at least a blade which comprises a first component having an aerodynamic profile with a leading edge, a trailing edge and suction and pressure sides between the leading edge and the trailing edge and a second component attached to the trailing edge and/or to the leading edge of the first component in at least a part of the blade, wherein the second component comprises an upwards and/or downwards deflectable flap that allows changing flow over the blade; characterized by means for deflecting the deflectable flap which comprise a stiff plate inserted between the first component and the flap and stiff plate actuating means (33, 43) located in the first component and actuated by vacuum and/or pressure, wherein the stiff plate actuating means are vaccum and/or pressure operable chambers (33, 43).
A method of producing a medical device comprising a substrate and a hydrophilic polymer layer, comprising the steps of: placing the substrate in an alkali solution and heating the substrate at a temperature ranging from 50°C to 100°C to obtain a pretreated substrate; and placing the pretreated substrate in a solution containing a hydrophilic polymer having an acidic group and a hydroxyalkyl group, and an organic acid, and heating the pretreated substrate at a temperature ranging from 50°C to 100°C. placing the substrate in an alkali solution and heating the substrate at a temperature ranging from 50°C to 100°C to obtain a pretreated substrate; and placing the pretreated substrate in a solution containing a hydrophilic polymer having an acidic group and a hydroxyalkyl group, and an organic acid, and heating the pretreated substrate at a temperature ranging from 50°C to 100°C.
An assembly for positioning a medical device, comprising: a sleeve having a lumen configured to accept a medical device; a tab (100; 200; 300) including a distal portion and a proximal portion, the distal.portion configured to receive the sleeve for positioning the sleeve proximate the proximal portion, the proximal portion having a substantially cylindrical shape extending along a longitudinal axis and being configured such that severing the tab along the proximal portion maintains the tab in one piece; wherein the sleeve extends along an outer surface of the proximal portion and is positioned to the proximal portion such that severing the tab along the longitudinal axis severs the sleeve. a sleeve having a lumen configured to accept a medical device; a tab (100; 200; 300) including a distal portion and a proximal portion, the distal.portion configured to receive the sleeve for positioning the sleeve proximate the proximal portion, the proximal portion having a substantially cylindrical shape extending along a longitudinal axis and being configured such that severing the tab along the proximal portion maintains the tab in one piece; wherein the sleeve extends along an outer surface of the proximal portion and is positioned to the proximal portion such that severing the tab along the longitudinal axis severs the sleeve.
A method of fixing an apparatus comprising a towing mirror to a vehicle wing mirror, the apparatus comprising a mirror assembly, an arm connected to the mirror assembly, and two clamps connected to the arm and for connecting to a vehicle wing mirror, each clamp comprising a frame and a movable clamping member, the method comprising the steps of: • rotating the clamps in opposite directions about respective axis's substantially perpendicular to the arm, and • tightening the clamping members to fasten the towing mirror in place on the wing mirror. • rotating the clamps in opposite directions about respective axis's substantially perpendicular to the arm, and • tightening the clamping members to fasten the towing mirror in place on the wing mirror.
A pharmaceutical composition for use as a medicament for promoting damaged liver regeneration, in a patient comprising: a proanthocyanidin with an effective amount, wherein the monomer units of the proanthocyanidin have the following formula: wherein, when R 1 is OCH 3, R 2 is OH and R 3 is H, when R 1 is OH, R 2 is H and R 3 is H, when R 1 is OH, R 2 is OH and R 3 is H, or when R 1 is OH, R 2 is OH and R 3 is OH, and R 4 is 3-(α)-OH, 3-(β)-OH, 3-(α)-O-sugar or 3-(β)-O-sugar; and a pharmaceutically acceptable carrier or salt. a proanthocyanidin with an effective amount, wherein the monomer units of the proanthocyanidin have the following formula: wherein, when R 1 is OCH 3, R 2 is OH and R 3 is H, when R 1 is OH, R 2 is H and R 3 is H, when R 1 is OH, R 2 is OH and R 3 is H, or when R 1 is OH, R 2 is OH and R 3 is OH, and R 4 is 3-(α)-OH, 3-(β)-OH, 3-(α)-O-sugar or 3-(β)-O-sugar; and a pharmaceutically acceptable carrier or salt.
A method for controlling a converter for an electrical system, the method comprising the steps of: (a) Generating a switching sequence for the converter from a table of pre-calculated switching sequences based on an actual state of the electrical system, wherein the switching sequence comprising a sequence of switching transitions of the converter, wherein each switching transition comprises a transition time, and wherein the pre-calculated switching sequences are optimized pulse patterns, which are optimized such that a total harmonic distortion of the electrical system is minimized; (b) Modifying the switching sequence by altering at least one transition time of a switching transition of the switching sequence to minimize a flux error based on a difference between an estimated flux of the electrical system and a reference flux of the electrical system, wherein the estimated flux has been determined from the actual state of the electrical system; (c) Applying the modified switching sequence to the converter. (a) Generating a switching sequence for the converter from a table of pre-calculated switching sequences based on an actual state of the electrical system, wherein the switching sequence comprising a sequence of switching transitions of the converter, wherein each switching transition comprises a transition time, and wherein the pre-calculated switching sequences are optimized pulse patterns, which are optimized such that a total harmonic distortion of the electrical system is minimized; (b) Modifying the switching sequence by altering at least one transition time of a switching transition of the switching sequence to minimize a flux error based on a difference between an estimated flux of the electrical system and a reference flux of the electrical system, wherein the estimated flux has been determined from the actual state of the electrical system; (c) Applying the modified switching sequence to the converter.