mhurhangee/ep-ind-claims huggingface dataset:
A control apparatus of a vehicle for changing a lane from a current driving lane to a target lane, comprising: a camera system and a lane detection module for detecting the current driving lane a target lane generator configured to generate the target lane, wherein the target lane generator is configured to generate a virtual target lane by shifting to a predetermined direction by a width of the current driving lane; a target distance generator configured to generate a target distance, that is changed in real time, wherein the target distance generator is configured to calculate the target distance with a speed of the vehicle, and a traverse directional departure distance of the vehicle from the center line of the target lane, as variables; a circular trace generator configured to generate in real time a circular trace passing a current point of a vehicle and a point on a center line of the target lane spaced by the target distance based on the vehicle, and having a driving direction of the vehicle as a tangential direction in real time; and a steering controller configured to calculate a target rate and a target steering angle so as for the vehicle to follow the generated circular trace. a camera system and a lane detection module for detecting the current driving lane a target lane generator configured to generate the target lane, wherein the target lane generator is configured to generate a virtual target lane by shifting to a predetermined direction by a width of the current driving lane; a target distance generator configured to generate a target distance, that is changed in real time, wherein the target distance generator is configured to calculate the target distance with a speed of the vehicle, and a traverse directional departure distance of the vehicle from the center line of the target lane, as variables; a circular trace generator configured to generate in real time a circular trace passing a current point of a vehicle and a point on a center line of the target lane spaced by the target distance based on the vehicle, and having a driving direction of the vehicle as a tangential direction in real time; and a steering controller configured to calculate a target rate and a target steering angle so as for the vehicle to follow the generated circular trace.
An ostomy device comprising balloon-like member, said member comprising a flexible wall defining an opening, cap means for retaining said wall and closing said opening, and means for adhering said cap means to the tissue proximate the stoma, said balloon-like member adapted to be received in the bowel and inflated to seal the stoma such that stool is not allowed to pass the stoma, characterized by a retaining disc, a base member, and a waste receptacle mounted between said retaining disc and said base member.
A method for producing hydrogen, comprising; exothermically reacting a first portion of a hydrocarbon feed stream with at least one of steam or an oxidant gas comprising molecular oxygen in a first reactor to produce an exothermically-generated syngas product, wherein the feed stream includes methane; endothermically reforming a second portion of the hydrocarbon feed stream with steam over a catalyst in a heat exchange reformer to produce an endothermically-reformed syngas product, wherein the endothermically-reformed syngas product from the heat exchange reformer is generated at a pressure above 60 bar and a ratio of methane (CH 4) to hydrogen plus carbon monoxide (H 2 +CO) of above 5% molar and wherein at least a portion of heat used in generation of the endothermically-reformed syngas product is obtained by recovering heat from the exothermically-generated syngas product; separating at least the methane from a combination of the exothermically-generated syngas product and the endothermically-reformed syngas product as part of a waste-gas stream; combusting at least a portion of the waste gas using exhaust from a gas turbine as an oxidant to provide superheated steam and pre-heated hydrocarbon feed streams used in the exothermically- and endothermically-generated synthesis gas production; and generating power using the gas turbine to power an oxygen production unit providing the oxygen for synthesis gas generation.
Method for generating a result image, the method comprising the steps of: a. acquiring a STED image of a sample, the STED image comprising pixels, by irradiating the sample with pulsed excitation light having a focus, and irradiating the sample with de-excitation light surrounding the central region of a focus; b. detecting photon arrival times relative to excitation pulses of the excitation light; c. calculating Fourier coefficients of the photon arrival times for pixels of the STED image, resulting in real coefficients representing a first image and in imaginary coefficients representing a second image; d. deriving an intensity image from the STED image; e. applying a spatial filter to the first image, the second image and the intensity image resulting in respective filtered images, wherein the spatial filter is a de-noising filter; f. calculating an image G based on the filtered first image and the filtered intensity image by dividing the filtered first image by the filtered intensity image; g. calculating an image S based on the filtered second image and the filtered intensity image by dividing the filtered second image by the filtered intensity image; and h. calculating the result image based on the two images G and S. a. acquiring a STED image of a sample, the STED image comprising pixels, by irradiating the sample with pulsed excitation light having a focus, and irradiating the sample with de-excitation light surrounding the central region of a focus; b. detecting photon arrival times relative to excitation pulses of the excitation light; c. calculating Fourier coefficients of the photon arrival times for pixels of the STED image, resulting in real coefficients representing a first image and in imaginary coefficients representing a second image; d. deriving an intensity image from the STED image; e. applying a spatial filter to the first image, the second image and the intensity image resulting in respective filtered images, wherein the spatial filter is a de-noising filter; f. calculating an image G based on the filtered first image and the filtered intensity image by dividing the filtered first image by the filtered intensity image; g. calculating an image S based on the filtered second image and the filtered intensity image by dividing the filtered second image by the filtered intensity image; and h. calculating the result image based on the two images G and S.
A method for purifying an antibody, the method consisting of: (a) loading a sample, which comprises the antibody and at least one host cell protein and has a pH of 5.5-7.0 and a conductivity of 5-7 mS/cm, into an equilibrated cation-exchange column, washing the cation-exchange column, and then eluting the antibody bound to the column with elution buffer; (b) passing the eluate of step (a) through a multilayer filter, and collecting the filtrate, wherein the antibody eluate of step (b) is subjected to viral inactivation and adjusted to a pH of 5.5-7.0 before it is passed through the multilayer filter; and (c) passing the filtrate of step (b) through an anion-exchange column, and collecting the flow-through, wherein the antibody has an isoelectric point of 7-10. (a) loading a sample, which comprises the antibody and at least one host cell protein and has a pH of 5.5-7.0 and a conductivity of 5-7 mS/cm, into an equilibrated cation-exchange column, washing the cation-exchange column, and then eluting the antibody bound to the column with elution buffer; (b) passing the eluate of step (a) through a multilayer filter, and collecting the filtrate, wherein the antibody eluate of step (b) is subjected to viral inactivation and adjusted to a pH of 5.5-7.0 before it is passed through the multilayer filter; and (c) passing the filtrate of step (b) through an anion-exchange column, and collecting the flow-through,
A cylindrical battery comprising: an electrode plate having an active material applied onto a base member formed of a punching steel plate, the electrode plate being wound via a separator together with an electrode plate, which has a different polarity so as to form an electrode assembly, and having an outermost peripheral portion positioned at the outermost periphery of the electrode assembly and a main portion that is other than the outermost peripheral portion, wherein the rate of hole area of the base member at a portion of the electrode assembly, wherein the electrode of different polarity overlap, which is formed in the main portion and radially inwardly overlaps on a winding terminal end of the electrode plate having the different polarity, is smaller than that of the base member at the outermost peripheral portion. an electrode plate having an active material applied onto a base member formed of a punching steel plate, the electrode plate being wound via a separator together with an electrode plate, which has a different polarity so as to form an electrode assembly, and having an outermost peripheral portion positioned at the outermost periphery of the electrode assembly and a main portion that is other than the outermost peripheral portion, wherein the rate of hole area of the base member at a portion of the electrode assembly, wherein the electrode of different polarity overlap, which is formed in the main portion and radially inwardly overlaps on a winding terminal end of the electrode plate having the different polarity, is smaller than that of the base member at the outermost peripheral portion.
Measuring apparatus for a machine tool and/or a handheld measuring device having a measuring unit (12a-d) which is set up for a measurement and has an antenna unit for receiving an ultra-wideband radar signal, and having an external signal detection unit (14a-d) which is set up to detect an external signal at least during a measurement of the measuring unit (12a-d), the external signal detection unit (14a-d) having at least one pulse signal detector unit (18a-d) which is set up to detect external pulse signals, characterized in that the external signal detection unit (14a-d) has at least one permanent signal detector unit (20a-d) which is set up to detect permanent external signals, the external signal detection unit (14a-d) having at least one antenna element (24a; 24b; 26c; 28c; 24d) which is set up to receive the external signal, with the result that the external signal is received independently by the measuring unit.
A method for transmitting packets denoting at least one operation, administration and management, OAM, function on a data packet network, comprising: generating a frame denoting a protocol data unit, PDU, to implement at least one OAM function within the data packet network; encapsulating the PDU in a packet having a header; and transmitting the packet from a first network node to a second network node of the data packet network; characterized in that the PDU is a generic PDU, GPDU, for implementing at least one generic OAM, GOAM, function between the first network node and the second network node operating different transmission protocols, at the same logical communication layer or at different logical communication layers; wherein the header includes GOAM indication information denoting the presence of the GPDU within the packet. generating a frame denoting a protocol data unit, PDU, to implement at least one OAM function within the data packet network; encapsulating the PDU in a packet having a header; and transmitting the packet from a first network node to a second network node of the data packet network; characterized in that the PDU is a generic PDU, GPDU, for implementing at least one generic OAM, GOAM, function between the first network node and the second network node operating different transmission protocols, at the same logical communication layer or at different logical communication layers; wherein the header includes GOAM indication information denoting the presence of the GPDU within the packet.
Weighing device which comprises at least one weighing cell in a weighing cell housing and a switch cabinet for receiving electrical or electronic means for providing the current supply of the weighing cell and/or for providing communication with the weighing cell, characterized in that a) the switch cabinet has a gas pressure connection to which a source of gas overpressure can be connected, and wherein the switch cabinet has an outlet opening via which gas can exit, b) the switch cabinet is connected to the weighing cell housing via a first connection for supplying gas into the weighing cell housing and a second connection for removing gas from the weighing cell housing, c) the gas pressure connection is connected to the first connection of the weighing cell by means of flow-channelling means, with the result that at least some of a supplied gas first flows through the interior of the weighing cell housing and subsequently through the interior of the switch cabinet and then exits the switch cabinet via the outlet opening. a) the switch cabinet has a gas pressure connection to which a source of gas overpressure can be connected, and wherein the switch cabinet has an outlet opening via which gas can exit, b) the switch cabinet is connected to the weighing cell housing via a first connection for supplying gas into the weighing cell housing and a second connection for removing gas from the weighing cell housing, c) the gas pressure connection is connected to the first connection of the weighing cell by means of flow-channelling means, with the result that at least some of a supplied gas first flows through the interior of the weighing cell housing and subsequently through the interior of the switch cabinet and then exits the switch cabinet via the outlet opening.
Method for lifting a load, in which at least one aerial drone carries at least a portion of the load, wherein the load is connected to a lifting hook of a crane, and also carried and/or directed by the crane in part, characterized in that the at least one aerial drone is controlled together with the crane, in a mutually coordinated manner, by means of a common controller for controlling flight and/or crane movements.
A method of forming a pre-form ceramic matrix composite mold for a ceramic matrix composite component comprising: providing pieces of CMC remnant scrap material; randomly arranging the pieces of CMC remnant scrap material relative to one another; debulking the pieces of CMC remnant scrap material into a rigidized shape, the rigidized shape having gaps between adjacent pieces of CMC remnant scrap material of between 10 microns and 10 mm and a gap spacing between adjacent gaps of between 50 microns and 50 mm, wherein gap spacing is the distance perpendicular to the laminate structure between adjacent gaps; and forming the rigidized shape into a mold. providing pieces of CMC remnant scrap material; randomly arranging the pieces of CMC remnant scrap material relative to one another; debulking the pieces of CMC remnant scrap material into a rigidized shape, the rigidized shape having gaps between adjacent pieces of CMC remnant scrap material of between 10 microns and 10 mm and a gap spacing between adjacent gaps of between 50 microns and 50 mm, wherein gap spacing is the distance perpendicular to the laminate structure between adjacent gaps; and forming the rigidized shape into a mold.
A method for manufacturing or machining internal gear teeth (20; 21) by chip removal on a workpiece which is driven in a rotary movement around its axis of rotation at speeds of rotation of 1200 rpm or higher in a skiving process using a toothed tool (50; 51), in the form of a skiving wheel, which is driven in a rotary movement around its axis of rotation, wherein the skiving wheel and workpiece are brought into a rolling tooth engagement in the manner of a helical gear transmission with their axes of rotation crossing each other at an angle different to zero, characterised in that a further internal machining operation is performed on the workpiece and/or on its gear teeth during this tooth engagement, wherein a machining tool (30; 31) for the further internal machining operation and/or its holder penetrates at least partially the space, next to the skiving wheel, which is radially surrounded by the internal gear teeth.
Device for spraying bulk or fragmentary products, in particular products for feeding animals or forming bedding for animals, comprising a housing in which is mounted a rotary spraying member and having a side ejection opening extended by a pipe or a chute, said rotary member having radial blades designed to entrain the products in order to project them through the opening in the chute, forming a jet of material essentially directed along the median axis of the portion of chute adjacent to the opening, while advantageously simultaneously generating a stream of transporting air, the ejection opening being formed in the peripheral wall of the housing along the internal face of which the outer ends of the radial blades pass, and having a delimiting rim or edge disposed on the side of the opening last seen by the outer peripheral ends of the blades as they rotate during operational functioning of the device, generally forming the lower delimiting rim or edge of said opening, the spraying device being characterised in that at least one active and mobile member having the capability and being designed to direct the products which come into contact with it through the opening, into the chute and substantially into the jet of material being ejected, is disposed in the region of said rim or said edge.
A heavy-duty vehicle axle/suspension system having damping features comprising: a damping means disposed between a longitudinally-extending frame main member of said vehicle and a longitudinally-extending beam of a suspension assembly of said axle/suspension system of said vehicle, in which said damping means (100;200;300) provides damping to said suspension assembly that is directional damping perpendicular to a selected datum (18;101) which is said beam of the suspension assembly, said main member of the vehicle, or a line drawn through a pivot of the beam and a centre of an axle of the suspension assembly, or in which said damping means (100;200) providing directional damping comprises a first end and a second end, and said first end or said second end of said damping means is fixedly connected to said beam or to said main member of said vehicle. a damping means disposed between a longitudinally-extending frame main member of said vehicle and a longitudinally-extending beam of a suspension assembly of said axle/suspension system of said vehicle, in which said damping means (100;200;300) provides damping to said suspension assembly that is directional damping perpendicular to a selected datum (18;101) which is said beam of the suspension assembly, said main member of the vehicle, or a line drawn through a pivot of the beam and a centre of an axle of the suspension assembly, or in which said damping means (100;200) providing directional damping comprises a first end and a second end, and said first end or said second end of said damping means is fixedly connected to said beam or to said main member of said vehicle.
An implant, for the treatment of a cystocele, having a thin and flexible structure, characterized in that it comprises a support body from which extend at least: ▪ two anterior suspension straps, disposed on either side of a sagittal plane and designed to be introduced into an ischiopubic hole, the longitudinal axes (A 3) of the anterior straps forming between them an angle (α) greater than 45°, ▪ two posterior suspension straps, disposed on either side of the sagittal plane and designed to pass through utero sacral ligaments, the longitudinal axes (A 4) of the posterior straps forming between them a non-zero angle (β), ▪ and two median suspension straps disposed on either side of the sagittal plane and between the anterior and posterior straps and designed to pass through utero sacral ligaments, the longitudinal axis (A 5) of each median suspension strap, forming, with the anterior portion of the sagittal plane, an angle (γ) comprised between 100° and 140° and preferably comprised between 110° and 130°. ▪ two anterior suspension straps, disposed on either side of a sagittal plane and designed to be introduced into an ischiopubic hole, the longitudinal axes (A 3) of the anterior straps forming between them an angle (α) greater than 45°, ▪ two posterior suspension straps, disposed on either side of the sagittal plane and designed to pass through utero sacral ligaments, the longitudinal axes (A 4) of the posterior straps forming between them a non-zero angle (β), ▪ and two median suspension straps disposed on either side of the sagittal plane and between the anterior and posterior straps and designed to pass through utero sacral ligaments, the longitudinal axis (A 5) of each median suspension strap, forming, with the anterior portion of the sagittal plane, an angle (γ) comprised between 100° and 140° and preferably comprised between 110° and 130°.
An extension device for a radial spray catheter comprising: an elongate member with a first open end, a second end, and an elongate lumen therebetween; a body at the second end of the elongate member with a diameter larger than a diameter of an outer surface of the elongate member; and at least one extension member extending from the elongate member with a first open end in fluid communication with the elongate lumen at one end, a second open end, and an extension lumen therebetween; wherein the at least one extension member is configured to substantially align with at least one radial aperture in a distal end of the radial spray catheter; characterized in that the at least one extension member is configured to lay substantially parallel to the elongate lumen in a relaxed state and extend radially outward in an activated state; and wherein the activated state comprises a cryospray being delivered under pressure through the extension lumen. an elongate member with a first open end, a second end, and an elongate lumen therebetween; a body at the second end of the elongate member with a diameter larger than a diameter of an outer surface of the elongate member; and at least one extension member extending from the elongate member with a first open end in fluid communication with the elongate lumen at one end, a second open end, and an extension lumen therebetween; wherein the at least one extension member is configured to substantially align with at least one radial aperture in a distal end of the radial spray catheter; characterized in that the at least one extension member is configured to lay substantially parallel to the elongate lumen in a relaxed state and extend radially outward in an activated state; and wherein the activated state comprises a cryospray being delivered under pressure through the extension lumen.