mhurhangee/ep-ind-claims huggingface dataset:
A sensor and guide wire assembly for intravascular measurements of physical variables inside a living body, comprising a proximal end portion and a sensor element, which is located in a distal portion of the sensor and guide wire assembly, characterized in that a proximal tube is provided, which extends from said proximal end portion to a proximal end of a hollow stranded wire, which extends to said distal portion, wherein the sensor element is arranged inside the hollow stranded wire and that one or several strands has been removed from the hollow stranded wire in the portion where the sensor element is arranged.
A positive resist composition for use with electron beam, X-ray or EUV, comprising: a resin capable of decomposing under an action of an acid to increase a dissolution rate in an aqueous alkali solution; a compound capable of generating an acid upon irradiation with actinic rays or radiation; a basic compound; and an organic solvent, wherein the entire solid content concentration in the resist composition is from 1.0 to 4.5 mass% and a ratio of the compound capable of generating an acid upon irradiation with actinic rays or radiation is from 10 to 50 mass% based on the entire solid content, and wherein a molecular weight of the basic compound is from 250 to 1,000 and a ratio of the basic compound is from 1.0 to 8.0 mass% based on the entire solid content of the resist composition. a resin capable of decomposing under an action of an acid to increase a dissolution rate in an aqueous alkali solution; a compound capable of generating an acid upon irradiation with actinic rays or radiation; a basic compound; and an organic solvent,
Method of changing the gauge range of a drawing chain, which comprises chain links, of a caterpillar-track drawing machine comprising a drawing die and a caterpillar track, which is arranged behind the drawing die as seen in a drawing direction and which can draw a workpiece along a drawing line, which is aligned parallel to the drawing direction, through the drawing die under deformation of the workpiece and comprises a drawing chain comprising the chain links, wherein drawing tools each having at least first and second drawing recesses are arranged or formed at the chain links of the drawing chain, wherein the first drawing recesses are intended for a first gauge range and the second drawing recesses are intended for a second gauge range differing from the first gauge range and wherein the first drawing recesses and the second drawing recesses are selectably aligned with respect to the drawing line or to a drawing plane intersecting the drawing line by displacing the respective drawing tools perpendicularly to the drawing line so as to correspondingly change the gauge range between the first and second gauge ranges, wherein the caterpillar track comprises two drawing chains which circulate parallel to the drawing plane, wherein each of the drawing chains is guided around two chainwheels arranged parallel to the drawing plane, wherein drawing tools each having at least two drawing recesses are arranged or formed at the chain links of the second drawing chain, wherein the drawing recesses of the second drawing chain are selectably aligned with respect to the drawing line or to the drawing plane, which intersects the drawing line, together with the respective chain link by displacement of the respective drawing tools perpendicularly to the drawing line so as to correspondingly change the gauge range between the two gauge ranges and wherein the drawing tools are aligned together with the respective chain link, characterised in that the drawing recesses of the second drawing chain differ from the drawing recesses of the first drawing chain or are arranged differently at least perpendicularly to the drawing line, wherein the drawing tools and respective chain links of the second drawing chain are aligned with a directional component which differs from the directional component by which the drawing tools and chain links of the first drawing chain are aligned.
A pneumatic structural element with a gas-tight casing (9,103) and with tension/compression elements, consisting of at least one compressively loadable (3,30,104) and at least one tensile-loadable (3,33,103) stiffening element, wherein further a web (2,4,110) running through said structural element, pre-tensioned by said structural element under operating pressure of said structural element is provided, which connects to one another the opposite sides of the casing (9,103) in operation, said stiffening elements (3,30,104; 3,33,103) are connected to one another at their associated ends on both sides in respectively one common node, and are operational over their length on the web (2,4,110), and are arranged at a pre-determined maximum spacing with respect to one another, wherein the web (2,4,110) and the stiffening elements (3,3,104; 3,33,103) arranged thereon are operatively connected to the casing (9,103) in such a manner that the compressively loadable stiffening element (3,30,104) can absorb a corresponding load (40,44) acting on the structural element in the manner of an upper chord of a truss, characterized in that the web is made of textile material or other materials in the form of films.
A method for receiving media data complying with an omnidirectional media format, the method comprising: receiving, from a server, a media presentation description according to the MPEG-DASH standard and further including (i) at least two uniform resource identifiers each identifying a media data representation describing several regions, each of the media data representations comprising: (ii) media information describing each of the several regions, and (iii) a quality rank information of each of the several regions, selecting one media data representation as a function of at least one quality rank information of one or more of the several regions; sending, to the server, at least one request message to request media data corresponding to the selected media data representation by using the one uniform resource identifier identifying the selected media data representation; and receiving, from the server, the media data corresponding to the selected media data representation according to the at least one request message. receiving, from a server, a media presentation description according to the MPEG-DASH standard and further including (i) at least two uniform resource identifiers each identifying a media data representation describing several regions, each of the media data representations comprising: (ii) media information describing each of the several regions, and (iii) a quality rank information of each of the several regions, (i) at least two uniform resource identifiers each identifying a media data representation describing several regions, each of the media data representations comprising: (ii) media information describing each of the several regions, and (iii) a quality rank information of each of the several regions, selecting one media data representation as a function of at least one quality rank information of one or more of the several regions; sending, to the server, at least one request message to request media data corresponding to the selected media data representation by using the one uniform resource identifier identifying the selected media data representation; and receiving, from the server, the media data corresponding to the selected media data representation according to the at least one request message.
A urea synthesis reactor for the synthesis of urea by direct biphasic reaction of ammonia and carbon dioxide at high temperature and high pressure, comprising a casing extending along an axis and having an essentially cylindrical main portion closed at respective opposite axial ends by two end caps; and a first and a second inlet tube (13, 14) inserted through respective through openings (11, 12) of the casing and respectively connected, inside the casing, to a light phase distributor and to a heavy phase distributor for feeding the reactor with a light phase containing carbon dioxide and a heavy phase containing ammonia, respectively; the reactor being characterized in that both said openings (11, 12) are formed through a substantially cylindrical side wall of the main portion of the casing, above a peripheral edge joining said main portion with a dome-shaped bottom portion of the casing; and the light phase distributor comprises one or more tubular elements extending and/or distributed in the cross-section of the reactor and about the axis and provided with intake holes spaced apart from one another, so as to distribute said light phase in a plurality of intake points distributed transversely in the reactor and about the axis; the heavy phase distributor comprising a substantially L-shaped tubular body having a substantially vertical tube portion bend downwards and towards a bottom portion of the casing; said tube portion having a plurality of lateral through holes.
A programmer (130, 130a, 130b) of a stimulation system for retrieving position data of an implanted medical lead (110, 575a, 575b) implanted in a patient and for programming electrical stimulation to treat the patient, the stimulation system including an implanted electrical stimulation generator having a memory and a communication unit, and an implanted medical lead (110, 575a, 575b) electrically connected to the electrical stimulation generator, the programmer (130, 130a, 130b) comprising: a display screen that displays the position data on the display screen; a communication interface (320, 325, 330) that receives, from the communication unit, position data stored in the memory, the position data indicating an actual position of the implanted medical lead (110, 575a, 575b) with respect to an anatomically correct spinal column representation for the patient, wherein the display screen further displays a representation of the implanted medical lead (110, 575a, 575b) on an anatomically correct image in an anatomically correct location and in an actual orientation based on the position data received from the communication unit, characterised in that the communication interface (320, 325, 330) further receives, from the communication unit, an image identifier for the anatomically correct image of the spinal column of the patient, the image being the anatomically correct spinal column representation, and wherein the communication interface (320, 325, 330) retrieves a copy of the anatomically correct image from an image database using the image identifier. a display screen that displays the position data on the display screen; a communication interface (320, 325, 330) that receives, from the communication unit, position data stored in the memory, the position data indicating an actual position of the implanted medical lead (110, 575a, 575b) with respect to an anatomically correct spinal column representation for the patient, wherein the display screen further displays a representation of the implanted medical lead (110, 575a, 575b) on an anatomically correct image in an anatomically correct location and in an actual orientation based on the position data received from the communication unit, characterised in that the communication interface (320, 325, 330) further receives, from the communication unit, an image identifier for the anatomically correct image of the spinal column of the patient, the image being the anatomically correct spinal column representation, and wherein the communication interface (320, 325, 330) retrieves a copy of the anatomically correct image from an image database using the image identifier.
An optical fiber comprising at least a first end with an first end facet, said optical fiber comprising: (a) a core region (10, 20, 30, 40, 52, 60, 70, 80) capable of guiding light at a first wavelength λ, comprised of a material with refractive index n core and (b) a microstructured cladding region surrounding said core region (10, 20, 30, 40, 52, 60, 70, 80), said cladding region comprising: an inner cladding region comprising inner cladding features (11, 61, 81) arranged in an inner cladding background material having a refractive index n 1, said inner cladding features comprising thermally collapsible holes or voids; and an outer cladding region comprising outer cladding features (62, 72, 82) arranged in an outer cladding background material, wherein said thermally collapsible holes or voids of at least a part of said inner cladding features (11,61,81) are at least partially collapsed at said first end over a collapsed length from said first end facet, and wherein the core region and the collapsed part of the inner cladding region appears as one enlarged guiding region. Characterized in that said inner cladding background material has a refractive index n 1 substantially equal to n core, that the refractive index of said outer cladding background material is similar to n 1, and that said outer cladding features (62, 72, 82) comprising solid material with refractive index n 2, wherein n 2 is lower than n 1. (a) a core region (10, 20, 30, 40, 52, 60, 70, 80) capable of guiding light at a first wavelength λ, comprised of a material with refractive index n core and (b) a microstructured cladding region surrounding said core region (10, 20, 30, 40, 52, 60, 70, 80), said cladding region comprising: an inner cladding region comprising inner cladding features (11, 61, 81) arranged in an inner cladding background material having a refractive index n 1, said inner cladding features comprising thermally collapsible holes or voids; and an outer cladding region comprising outer cladding features (62, 72, 82) arranged in an outer cladding background material, wherein said thermally collapsible holes or voids of at least a part of said inner cladding features (11,61,81) are at least partially collapsed at said first end over a collapsed length from said first end facet, and wherein the core region and the collapsed part of the inner cladding region appears as one enlarged guiding region. Characterized in that said inner cladding background material has a refractive index n 1 substantially equal to n core, that the refractive index of said outer cladding background material is similar to n 1, and that said outer cladding features (62, 72, 82) comprising solid material with refractive index n 2, wherein n 2 is lower than n 1. an inner cladding region comprising inner cladding features (11, 61, 81) arranged in an inner cladding background material having a refractive index n 1, said inner cladding features comprising thermally collapsible holes or voids; and an outer cladding region comprising outer cladding features (62, 72, 82) arranged in an outer cladding background material,
A multi-electrode submerged arc welding method using a plurality of electrodes, wherein for each of a second electrode to an nth electrode except a first electrode that is a front electrode in a welding direction where n is an integer of 3 to 5: a digitally controlled welding power supply capable of controlling a waveform of a welding current is used; and when a maximum value of an electromagnetic force F i acting on an arc column at a wire tip of an ith electrode during welding is denoted by F imax in N/m, an average value of the electromagnetic force F i is denoted by F iave in N/m, and a standard deviation of the electromagnetic force F i is denoted by σ Fi in N/m, welding is performed so that F imax, F iave, and σ Fi satisfy relationships in the following Expressions and: F imax / F iave − 1 ≤ 0.3 n − 1 F imax ≤ F iave + 2 σ Fi where n is the number of the plurality of electrodes, and i is an integer of 2 to n. a digitally controlled welding power supply capable of controlling a waveform of a welding current is used; and when a maximum value of an electromagnetic force F i acting on an arc column at a wire tip of an ith electrode during welding is denoted by F imax in N/m, an average value of the electromagnetic force F i is denoted by F iave in N/m, and a standard deviation of the electromagnetic force F i is denoted by σ Fi in N/m, welding is performed so that F imax, F iave, and σ Fi satisfy relationships in the following Expressions and: F imax / F iave − 1 ≤ 0.3 n − 1 F imax ≤ F iave + 2 σ Fi where n is the number of the plurality of electrodes, and i is an integer of 2 to n.
A method for feeding back hybrid channel state information, comprising: reporting, by a terminal device, channel state information CSI to a base station, wherein the CSI is reported in two stages, CSI used when the quantity of beamformed channel state information reference signal CSI-RS resources is greater than 1 is reported in a first stage, CSI used when the quantity of beamformed CSI-RS resources is equal to 1 is reported in a second stage, and reporting the CSI in the two stages occupies one CSI reporting process; wherein the CSI comprises at least one of a channel state information reference signal resource index CRI, a rank indicator RI, a precoding matrix indicator PMI, and a channel quality indicator CQI; the CSI is reported in the two stages by using a same codebook, and the codebook is used to indicate a format of the CSI; when a quantity of beamformed CSI-RS resources is greater than 1, the CSI reported in the first stage comprises: a CRI and an RI that correspond to n CSI-RS resources used when the quantity of beamformed CSI-RS resources is greater than 1, wherein n is an integer greater than 1; and when the quantity of beamformed CSI-RS resources is equal to 1, the CSI reported in the second stage comprises: a CRI, a CQI, and a PMI that correspond to one of n CSI-RS resources used when the quantity of beamformed CSI-RS resources is equal to 1 the CSI reported in the second stage does not comprise an RI. reporting, by a terminal device, channel state information CSI to a base station, wherein the CSI is reported in two stages, CSI used when the quantity of beamformed channel state information reference signal CSI-RS resources is greater than 1 is reported in a first stage, CSI used when the quantity of beamformed CSI-RS resources is equal to 1 is reported in a second stage, and reporting the CSI in the two stages occupies one CSI reporting process; wherein the CSI comprises at least one of a channel state information reference signal resource index CRI, a rank indicator RI, a precoding matrix indicator PMI, and a channel quality indicator CQI; the CSI is reported in the two stages by using a same codebook, and the codebook is used to indicate a format of the CSI; when a quantity of beamformed CSI-RS resources is greater than 1, the CSI reported in the first stage comprises: a CRI and an RI that correspond to n CSI-RS resources used when the quantity of beamformed CSI-RS resources is greater than 1, wherein n is an integer greater than 1; and when the quantity of beamformed CSI-RS resources is equal to 1, the CSI reported in the second stage comprises: a CRI, a CQI, and a PMI that correspond to one of n CSI-RS resources used when the quantity of beamformed CSI-RS resources is equal to 1 the CSI reported in the second stage does not comprise an RI.
A sliding member comprising: a bearing alloy layer; and a resin overlay layer having a thickness of 2 μm or more but 20 μm or less, formed on the bearing alloy layer, wherein the resin overlay layer comprises: a solid lubricant phase; a binder resin phase; and a cushion phase corresponding to voids formed in the resin overlay layer, wherein an area ratio of the cushion phase is 0.5% or more but 5.0% or less, the area ratio referring to the ratio of the voids appearing in a cut surface obtained by vertically cutting the resin overlay layer from its surface, at a time when the area of the observation range of the cut surface is taken as 100%, and wherein an average size of voids corresponding to the cushion phase is 0.004 μm 2 or more but 0.020 μm 2 or less. a bearing alloy layer; and a resin overlay layer having a thickness of 2 μm or more but 20 μm or less, formed on the bearing alloy layer, wherein the resin overlay layer comprises: a solid lubricant phase; a binder resin phase; and a cushion phase corresponding to voids formed in the resin overlay layer, wherein an area ratio of the cushion phase is 0.5% or more but 5.0% or less, the area ratio referring to the ratio of the voids appearing in a cut surface obtained by vertically cutting the resin overlay layer from its surface, at a time when the area of the observation range of the cut surface is taken as 100%, and wherein an average size of voids corresponding to the cushion phase is 0.004 μm 2 or more but 0.020 μm 2 or less. a solid lubricant phase; a binder resin phase; and a cushion phase corresponding to voids formed in the resin overlay layer, wherein an area ratio of the cushion phase is 0.5% or more but 5.0% or less, the area ratio referring to the ratio of the voids appearing in a cut surface obtained by vertically cutting the resin overlay layer from its surface, at a time when the area of the observation range of the cut surface is taken as 100%, and wherein an average size of voids corresponding to the cushion phase is 0.004 μm 2 or more but 0.020 μm 2 or less.
An aqueous composition comprising micelles, said micelles comprising poloxamer and encapsulating one or more hydrophobic agents thereby forming hydrophobic agent-loaded poloxamer micelles, wherein the hydrophobic agent:poloxamer molar ratio in the composition is at least 3:1 and at least 95% of the poloxamer in the composition forms the hydrophobic agent-loaded micelles.
A floor sweeper, comprising a housing, wherein the housing has a garbage cavity for containing garbage, the garbage cavity has an inlet allowing the garbage to enter the garbage cavity, and a sweeping roller is disposed at the inlet of the garbage cavity, is rotatably connected to the housing and is able to sweep outside garbage into the garbage cavity; a sealing plate for opening/closing the inlet is disposed at the inlet of the garbage cavity, characterized in that an ejector rod is vertically and movably connected to the housing, has an upper end connected to the sealing plate and is able to move vertically to drive the sealing plate to move; when the floor sweeper cleans a floor, the ejector rod abuts against the floor and moves upwards to drive the sealing plate to move to open the inlet of the garbage cavity; and when the floor sweeper is lifted off the floor, the ejector rod leaves the floor, and the sealing plate seals the inlet of the garbage cavity.