mhurhangee/ep-ind-claims huggingface dataset:
An intraocular lens, comprising: an optic being substantially circular and having an optic anterior surface, an optic posterior surface, and an optic edge surface at a periphery of the optic, the optic edge surface connecting the optic anterior surface and the optic posterior surface; and at least two haptics, each haptic having a shoulder segment coupled to the periphery of the optic, an arm segment extending out from the shoulder segment, a haptic anterior surface, and a haptic posterior surface; wherein a central optic plane divides the optic edge surface in half, wherein a central haptic plane divides the arm segment in half, and the central haptic plane is spaced apart in an anterior direction from the central optic plane, wherein the haptic anterior surface of each haptic comprises an anterior arm surface, the haptic posterior surface of each haptic comprises a posterior arm surface, the anterior arm surface of each haptic is spaced apart from the central optic plane by a first offset distance on a line parallel to an optical axis of the optic, the posterior arm surface of each haptic is spaced apart from the central optic plane by a second offset distance on the line parallel to the optical axis, and the second offset distance is less than the first offset distance and wherein the anterior arm surface of each haptic is located anterior to the central optic plane, and the posterior arm surface of each haptic is located posterior to the central optic plane. an optic being substantially circular and having an optic anterior surface, an optic posterior surface, and an optic edge surface at a periphery of the optic, the optic edge surface connecting the optic anterior surface and the optic posterior surface; and at least two haptics, each haptic having a shoulder segment coupled to the periphery of the optic, an arm segment extending out from the shoulder segment, a haptic anterior surface, and a haptic posterior surface;
Surgical clip with two clip branches each having a clamping portion and an actuating portion and also with a flexible spring arrangement, by way of which the two clip branches are integrally coupled to one another, wherein the flexible spring arrangement has more than a half winding, characterized in that an elastic body is arranged in the flexible spring arrangement in such a way that it can be deformed by an opening operation of the surgical clip, and three or more contact points are formed between the elastic body and the flexible spring arrangement, wherein the three or more contact points are distributed over an angular range of at least 180°.
Air conditioning device for a motor vehicle, comprising a housing with - a vaporiser for dehumidifying and cooling an airflow, - an air guiding element, downstream of the vaporiser in flow direction, for splitting the cooled and dehumidified airflow into at least a first and a second airflow portion, - a heat transmitter, downstream of the air guiding element in flow direction, for heating the first airflow portion, - a mixing chamber, in flow direction downstream of the heat transmitter on the one hand and of the air guiding element on the other hand, for mixing the first and second airflow portion, so that the housing has a plurality of zones (18, 24, 26) of different zone relative temperature, wherein air guiding channels (28, 30, 32) lead off from the housing that are designed to guide mixed air portions of different channel relative temperatures, wherein several air guiding channels are combined in portions to a channel bundle, resting directly on the housing, of parallel and directly adjacent individual channels (321, 322) of different channel relative temperatures, characterised in that the channel bundle runs along several zones (18, 24) of different zone relative temperatures and varies the distribution of the cross sections of its individual channels (321, 322) over their longitudinal extension as such that the cross section profiles of the individual channels (321, 322) overlap each other at each local portion as such that the contact areas of the individual channel portions with the housing are thus smaller the bigger the difference between their respective channel relative temperature and the zone relative temperature directly at the housing-side of the respective channel bundle portion. - a vaporiser for dehumidifying and cooling an airflow, - an air guiding element, downstream of the vaporiser in flow direction, for splitting the cooled and dehumidified airflow into at least a first and a second airflow portion, - a heat transmitter, downstream of the air guiding element in flow direction, for heating the first airflow portion, - a mixing chamber, in flow direction downstream of the heat transmitter on the one hand and of the air guiding element on the other hand, for mixing the first and second airflow portion,
A control module for a lighting device of a motor vehicle, wherein the control module comprises a heat sink and a circuit board on which at least one electronic component is arranged, wherein the electronic component is clamped between the circuit board and the heat sink by means of a thermally conductive preloading means, wherein the thermally conductive preloading means is supported on a counter bearing portion of the heat sink, wherein the thermally conductive preloading means urges the electronic component toward the circuit board, and wherein the counter bearing portion is rigidly coupled to the circuit board, characterized in that the thermally conductive preloading means comprises a compression spring element (302; 304; 306; 308), and in that a heat conductive paste is arranged between the preloading means and the heat sink and/or between the preloading means and the electronic component.
A test method performed using a lens which comes into contact with a human body during use, the test method comprising: providing a membrane member including a membrane (24; 824) swellable upon absorbing water and a supporting base having an annular shape to support an outer periphery of the membrane (24; 824); allowing cells to adhere onto the membrane (24; 824) of the membrane member; and bringing the membrane (24; 824) to which the cells are adhered into close contact with a surface of the lens, by immersing the membrane member and the lens into a liquid and deforming the membrane (24; 824) in a swollen state along the surface of the lens. providing a membrane member including a membrane (24; 824) swellable upon absorbing water and a supporting base having an annular shape to support an outer periphery of the membrane (24; 824); allowing cells to adhere onto the membrane (24; 824) of the membrane member; and bringing the membrane (24; 824) to which the cells are adhered into close contact with a surface of the lens, by immersing the membrane member and the lens into a liquid and deforming the membrane (24; 824) in a swollen state along the surface of the lens.
Process for preparing nanocrystalline metal oxide particles, which comprises the steps of a) introduction of a starting compound into a reaction chamber by means of a carrier fluid, b) treatment of the starting compound by means of a thermal treatment of a pulsating flow in a treatment zone, c) formation of nanocrystalline metal oxide particles, d) discharge of the nanocrystalline metal particles obtained in step b) and c) from the reactor, characterized in that the starting compound is introduced in the form of a solution, slurry, suspension or in the solid state into the reaction chamber and is thermally treated in the treatment zone at a temperature of from 240°C to 600°C for a residence time in the range from 200 ms to 2 s. a) introduction of a starting compound into a reaction chamber by means of a carrier fluid, b) treatment of the starting compound by means of a thermal treatment of a pulsating flow in a treatment zone, c) formation of nanocrystalline metal oxide particles, d) discharge of the nanocrystalline metal particles obtained in step b) and c) from the reactor,
A computer-implemented method of automated seismic amplitude analysis, comprising: a. receiving, at a computer processor, a seismic dataset which is acquired at the earth's surface or an ocean's surface and which is representative of a subsurface volume of interest wherein the seismic dataset includes an angle or angle stack dimension; b. selecting, via the computer processor, a plurality of sets of sub-cubes in the seismic dataset wherein each set of sub-cubes includes a plurality of the angles or the angle stacks; c. computing, via the computer processor, standard score statistics for each sub-cube; d. identifying, via the computer processor, amplitude variation with angle, AVA, anomalies based on the standard score statistics for each sub-cube; e. classifying, via the computer processor, the AVA anomalies to generate classified AVA anomalies; and f. displaying, on a user interface, the classified AVA anomalies as a graphical display, wherein the identifying AVA anomalies comprises: identifying sub-cubes with statistically similar distributions of amplitude to classify as background; and computing an intercept and gradient for each sample in each sub-cube which is not the background by fitting to a reflectivity equation using a least-squares regression. a. receiving, at a computer processor, a seismic dataset which is acquired at the earth's surface or an ocean's surface and which is representative of a subsurface volume of interest wherein the seismic dataset includes an angle or angle stack dimension; b. selecting, via the computer processor, a plurality of sets of sub-cubes in the seismic dataset wherein each set of sub-cubes includes a plurality of the angles or the angle stacks; c. computing, via the computer processor, standard score statistics for each sub-cube; d. identifying, via the computer processor, amplitude variation with angle, AVA, anomalies based on the standard score statistics for each sub-cube; e. classifying, via the computer processor, the AVA anomalies to generate classified AVA anomalies; and f. displaying, on a user interface, the classified AVA anomalies as a graphical display, wherein the identifying AVA anomalies comprises: identifying sub-cubes with statistically similar distributions of amplitude to classify as background; and computing an intercept and gradient for each sample in each sub-cube which is not the background by fitting to a reflectivity equation using a least-squares regression. identifying sub-cubes with statistically similar distributions of amplitude to classify as background; and computing an intercept and gradient for each sample in each sub-cube which is not the background by fitting to a reflectivity equation using a least-squares regression.
A pair of trousers made of a fabric, comprising two tubular leg segments (1a, 1b) that extend in a longitudinal direction from an upper trunk, the connection area between said leg segments and said trunk defining a crotch of the trousers, wherein between said crotch and a hem of said trousers a buttock portion adapted to correspond to the gluteal region of the user, said buttock portion comprising shaping parts (9a, 9b), made by integration of a layer of reinforcing material in the inside face of the fabric, said shaping parts extending at a lateral outer region and at a bottom region of said buttock portion, whereby the buttocks of a wearer are contained sideways and lifted from below when said trousers are worn, wherein said fabric of said trousers has a certain stretchability, said layer of reinforcing material locally limiting such stretchability by thickening said fabric, said buttock portion comprising two buttock sub-portions (G1, G2), the pair of trousers being characterised in that said shaping parts comprising for each buttock sub-portion a side shaping part that extends longitudinally at the outer side of the buttock sub-portion (G1, G2) substantially from below said hem up to above the level said crotch, along a straight peripheral side of a pocket of said buttock portion, said shaping parts further comprise for each buttock sub-portion a lower shaping part that extends crosswise from a lower end of said side shaping part towards the crotch in an inclined manner along a peripheral downwards slanting side of a pocket of said buttock portion substantially parallel to a free edge of said hem, the pair of trousers also comprising a dart consisting in a triangular fold pointing crosswise towards the central, inner part of the buttock portion, the dart being partially hidden by the pocket.
A polycarbonate-polydiorganosiloxane copolymer, or a resin composition thereof comprising the copolymer and an optional polycarbonate resin; wherein the copolymer contains a polycarbonate block (A-1) and a polydiorganosiloxane block (A-2); wherein the polydiorganosiloxane block (A-2) is contained in the copolymer or the resin composition thereof in an amount of from 2.5 to 8.0% by weight; and wherein the copolymer or the resin composition thereof satisfies the following (i) and (ii): (i) 1 to 20 domains having a maximum long diameter of 80 nm or more are present in a region of 850 nm square (722,500 nm 2), in a cross-sectional observation image of the copolymer or the resin composition thereof obtained using an electron beam microscope; and (ii) the average domain size is from 30 to 100 nm, wherein (i) and (ii) are determined by the method disclosed in the specification. wherein the copolymer contains a polycarbonate block (A-1) and a polydiorganosiloxane block (A-2); wherein the polydiorganosiloxane block (A-2) is contained in the copolymer or the resin composition thereof in an amount of from 2.5 to 8.0% by weight; and wherein the copolymer or the resin composition thereof satisfies the following (i) and (ii): (i) 1 to 20 domains having a maximum long diameter of 80 nm or more are present in a region of 850 nm square (722,500 nm 2), in a cross-sectional observation image of the copolymer or the resin composition thereof obtained using an electron beam microscope; and (ii) the average domain size is from 30 to 100 nm, wherein (i) and (ii) are determined by the method disclosed in the specification. (i) 1 to 20 domains having a maximum long diameter of 80 nm or more are present in a region of 850 nm square (722,500 nm 2), in a cross-sectional observation image of the copolymer or the resin composition thereof obtained using an electron beam microscope; and (ii) the average domain size is from 30 to 100 nm, wherein (i) and (ii) are determined by the method disclosed in the specification.
A method for culturing lactic acid bacteria comprising inoculating lactic acid bacteria to a medium comprising a milk ingredient having a free phosphoric acid concentration of less than 0.25 wt% and a phosphate, wherein the milk ingredient is a skim milk powder, wherein the concentration of the milk ingredient in the medium is 5 to 30 wt%, wherein the phosphate is added in an amount to provide, together with the milk ingredient, a free phosphoric acid concentration in the medium of 0.25 wt% to 0.50 wt%, wherein the free phosphoric acid concentration in the base material is between 0.25 wt% and 0.50 wt% and wherein the added amount of the phosphate is determined by Formula 2: free phosphoric acid concentration in base material − free phosphoric acid concentration in milk ingredient × medium concentration × molecular weight of phosphates * 100 × molecular weight of phosphorus * If two or more kinds of phosphates are used, the average molecular weight thereof is used.
A system comprising: circuitry configured to receive a request for resources from a first system of a plurality of systems having different levels of priority; identify resources that are available in a second system different from the plurality of systems based on the received request; and determine whether to adjust a resource assigned to the plurality of systems based on the priority level of the first system and the resources that are available in the second system; wherein the request includes information indicating a geographic location of the first system, and the circuitry is configured to identify the resources that are available in the second system based on the geographic location of the first system, wherein the request includes information identifying the level of priority of the first system. circuitry configured to receive a request for resources from a first system of a plurality of systems having different levels of priority; identify resources that are available in a second system different from the plurality of systems based on the received request; and receive a request for resources from a first system of a plurality of systems having different levels of priority; identify resources that are available in a second system different from the plurality of systems based on the received request; and determine whether to adjust a resource assigned to the plurality of systems based on the priority level of the first system and the resources that are available in the second system; wherein the request includes information indicating a geographic location of the first system, and the circuitry is configured to identify the resources that are available in the second system based on the geographic location of the first system, wherein the request includes information identifying the level of priority of the first system.
A connector for joining a wiper blade (20, 102) to any one of various style wiper arm ends (302, 304, 308, 310, 312, 314, 316), said connector comprising: a central body section, said central body section including a rivet-receiving socket, a generally planar upper landing, a generally planar lower return and a forward nose profile extending between said upper landing and said lower return; a pair of sides interconnected by said central body section on respective inside faces thereof, said sides including cantilevered extensions projecting beyond said nose profile; a 9x4 stop disposed on the inside face of the cantilevered extension of at least one said side and set below the plane of said lower return by a clearance gap; each side further including a transversely extending pin hole adapted to receive wiper arm side pins (302, 304) of different diameters; and a flexible tongue extending from said central body section and disposed between said sides, said tongue including at least one pawl (224, 226) disposed generally between said pin holes for engaging a wiper arm side pin (302, 304) and a tooth for engaging a din slot recess in a wiper arm hook, characterized in that said pin hole has a generally figure "8" shape defined by a larger lobe and an overlapping smaller lobe. a central body section, said central body section including a rivet-receiving socket, a generally planar upper landing, a generally planar lower return and a forward nose profile extending between said upper landing and said lower return; a pair of sides interconnected by said central body section on respective inside faces thereof, said sides including cantilevered extensions projecting beyond said nose profile; a 9x4 stop disposed on the inside face of the cantilevered extension of at least one said side and set below the plane of said lower return by a clearance gap; each side further including a transversely extending pin hole adapted to receive wiper arm side pins (302, 304) of different diameters; and a flexible tongue extending from said central body section and disposed between said sides, said tongue including at least one pawl (224, 226) disposed generally between said pin holes for engaging a wiper arm side pin (302, 304) and a tooth for engaging a din slot recess in a wiper arm hook, characterized in that said pin hole has a generally figure "8" shape defined by a larger lobe and an overlapping smaller lobe.
A method for maintaining a plurality of dialog sessions of a multi-modal dialog application in a server (104, 204a-c, 304), the method comprising: storing session state information (120, 220a-c, 350) for at least one dialog session of the plurality of dialog sessions in the server (104, 204a-c, 304), the at least one dialog session having reserved resources for session operation; automatically suspending the at least one dialog session based on a configurable setting of the at least one dialog session and releasing at least a portion of the resources having been reserved by the at least one dialog session suspended; and automatically resuming the at least one dialog session suspended with the session state information stored (120, 220a-c, 350) based on a unique identifier and a detected dialog interaction (116, 118) with the multi-modal dialog application. storing session state information (120, 220a-c, 350) for at least one dialog session of the plurality of dialog sessions in the server (104, 204a-c, 304), the at least one dialog session having reserved resources for session operation; automatically suspending the at least one dialog session based on a configurable setting of the at least one dialog session and releasing at least a portion of the resources having been reserved by the at least one dialog session suspended; and automatically resuming the at least one dialog session suspended with the session state information stored (120, 220a-c, 350) based on a unique identifier and a detected dialog interaction (116, 118) with the multi-modal dialog application.
A method for preparing 1, 4-butanediol having an APHA color index of less than 30 by treating substance mixtures comprising 1,4-butanediol by distillation of the 1,4-butanediol in the presence of complex hydrides from the group formed by BH 3, ALH 3, LiBH 4, NaBH 4, KBH 4, LiAlH 4, NaAlH 4, KAlH 4.
A device for illumination, comprising: a conduit body; a light board; electrical circuitry on the light board, the light board having a first side and a second side defining opposing planar surfaces; a light engine module comprising an array of light sources arranged on the first side of the light board with driving circuitry configured to supply electrical excitation to the array of light sources, said second side engaging an adhesive layer to secure the light engine module to a heat sink; a gasket secured to the heat sink, wherein when the light engine module is securely mounted to the conduit body the gasket engages the conduit body to prevent water from entering the conduit body; and a lens module having an interior lens surface engaged and secured to the adhesive layer to provide a water tight seal to prevent the entry of water onto the light board and onto the electrical circuitry. a conduit body; a light board; electrical circuitry on the light board, the light board having a first side and a second side defining opposing planar surfaces; a light engine module comprising an array of light sources arranged on the first side of the light board with driving circuitry configured to supply electrical excitation to the array of light sources, said second side engaging an adhesive layer to secure the light engine module to a heat sink; a gasket secured to the heat sink, wherein when the light engine module is securely mounted to the conduit body the gasket engages the conduit body to prevent water from entering the conduit body; and a lens module having an interior lens surface engaged and secured to the adhesive layer to provide a water tight seal to prevent the entry of water onto the light board and onto the electrical circuitry.