mhurhangee/ep-ind-claims huggingface dataset:
A weave having a plurality of warp threads running linearly and in parallel, and a plurality of weft threads running linearly and in parallel, characterized in that the weave comprises an outer contour deviating from the extended warp direction in one or more segments (21, 23; 25, 26; 27; 28; 29; 30) along the weave, formed by at least one additional warp thread (5; 6; 7; 8; 9) deviating from the extended warp direction and/or running discontinuously, wherein the additional warp thread or threads (5; 6; 7; 8; 9), respectively, are made of high-performance material, for example in the form of glass fibers, ceramic fibers, carbon fibers, steel fibers or wire, or of a thermoplastic material.
A surgical stapling apparatus including a releasable buttress material, the surgical stapling apparatus comprising: a cartridge assembly including a plurality of staples and a tissue contacting surface defining staple retaining slots, the cartridge assembly including a swaged outer edge having a rim overlapping the tissue contacting surface of the cartridge assembly in spaced relation therewith and defines an inner pocket between the tissue contacting surface and the rim; an anvil assembly including a tissue contacting surface defining staple pockets for forming staples expelled from the staple retaining slots of the cartridge assembly; and a buttress material including an outer portion retained within the swaged outer edge of the cartridge assembly, characterised in that the rim includes sharp edges extending radially inward of the outer edge, adapted to cut said buttress material. a cartridge assembly including a plurality of staples and a tissue contacting surface defining staple retaining slots, the cartridge assembly including a swaged outer edge having a rim overlapping the tissue contacting surface of the cartridge assembly in spaced relation therewith and defines an inner pocket between the tissue contacting surface and the rim; an anvil assembly including a tissue contacting surface defining staple pockets for forming staples expelled from the staple retaining slots of the cartridge assembly; and a buttress material including an outer portion retained within the swaged outer edge of the cartridge assembly, characterised in that the rim includes sharp edges extending radially inward of the outer edge, adapted to cut said buttress material.
A MEMS sensor, comprising: a first proof mass; a third proof mass of equal size to the first proof mass; and characterized by: a second proof mass of equal size to the combined sizes of the first proof mass and the third proof mass, wherein the first proof mass and the third proof mass are configured to be driven into motion along a drive axis (408, 416), wherein the second proof mass is configured to be driven into anti-phase motion along the drive axis relative to the first proof mass and the third proof mass, wherein the first proof mass and the third proof mass are configured to move in anti-phase relative to the second proof mass along respective sense axes (410, 418, 412), and wherein the motion of the second proof mass is configured to balance the motions of the first proof mass and third proof mass such that there is zero total angular momentum in the motions along the sense axes. a first proof mass; a third proof mass of equal size to the first proof mass; and characterized by: a second proof mass of equal size to the combined sizes of the first proof mass and the third proof mass, wherein the first proof mass and the third proof mass are configured to be driven into motion along a drive axis (408, 416), wherein the second proof mass is configured to be driven into anti-phase motion along the drive axis relative to the first proof mass and the third proof mass, wherein the first proof mass and the third proof mass are configured to move in anti-phase relative to the second proof mass along respective sense axes (410, 418, 412), and wherein the motion of the second proof mass is configured to balance the motions of the first proof mass and third proof mass such that there is zero total angular momentum in the motions along the sense axes. a second proof mass of equal size to the combined sizes of the first proof mass and the third proof mass, wherein the first proof mass and the third proof mass are configured to be driven into motion along a drive axis (408, 416), wherein the second proof mass is configured to be driven into anti-phase motion along the drive axis relative to the first proof mass and the third proof mass, wherein the first proof mass and the third proof mass are configured to move in anti-phase relative to the second proof mass along respective sense axes (410, 418, 412), and wherein the motion of the second proof mass is configured to balance the motions of the first proof mass and third proof mass such that there is zero total angular momentum in the motions along the sense axes.
A decoupler assembly comprising: an input hub; an output member rotatably mounted on the input hub; a one-way clutch having a clutch input member, a clutch output structure, at least one damping spring, a carrier, and a clutch spring, the clutch input member being coupled to the input hub for rotation therewith, the clutch output structure being coupled to the output member and having a clutch surface, the at least one damping spring abutting the clutch input member and the carrier to transmit rotary power therebetween, the clutch spring being formed of wire, the clutch spring having an end that is fixedly coupled to the carrier and a plurality of helical coils that are configured to engage the clutch surface to transmit rotary power input to the clutch spring from the carrier to the clutch output structure; and a torsional vibration damper mounted on the input hub, characterised by the torsional vibration damper being disposed within an internal cavity that is bounded on opposite axial ends by the output member and a cover that is coupled to the output member.
Paliperidone palmitate for use in a patient in need of treatment of schizophrenia or schizoaffective disorders by a dosing regimen comprising: administering intramuscularly to the patient a first loading dose of 312mg-468mg of paliperidone palmitate on the first day of treatment; and beginning on the 29th day ± 7 days from the first loading dose, administering intramuscularly to the patient a first monthly maintenance dose in the range of 39mg-234mg of paliperidone palmitate, wherein each dose of paliperidone palmitate is formulated in an aqueous suspension formulation. administering intramuscularly to the patient a first loading dose of 312mg-468mg of paliperidone palmitate on the first day of treatment; and beginning on the 29th day ± 7 days from the first loading dose, administering intramuscularly to the patient a first monthly maintenance dose in the range of 39mg-234mg of paliperidone palmitate, wherein each dose of paliperidone palmitate is formulated in an aqueous suspension formulation.
A vaccine composition for use in reducing tumor size, inhibiting tumor growth, reducing tumor burden, increasing survival, or increasing cancer-free survival in a canine individual, wherein the vaccine composition comprises one or more peptides determined to have immunoreactivity with a biological sample from the canine individual, wherein the one or more peptides comprise peptides encoded by a frameshifted mRNA expressed by a cancer cell, and wherein the one or more peptides comprise peptides having a sequence as set forth in SEQ ID NOs: 1-10665.
A method for the continuous coating of cores of products, in particular confectionery products, in a coating machine as claimed in Claim 13 and comprising at least one hollow drum rotating about a rotation axis and a helically-wound body arranged within said drum to define with the drum a plurality of internal treatment chambers communicating one with the other and adapted to each house a respective mass of cores to be treated; the method comprising the steps of feeding the mass of cores to be treated and at least one coating material in one of said chambers and of coating said cores with said coating material by handling them within said chamber, characterised in that the handling of said cores within said chamber is carried out keeping the helically-wound body stably fixed to said drum and comprises a step of angularly and cyclically oscillating said drum in opposite directions about said rotation axis maintaining the mass to be treated in said treatment chamber.
A composition for treating a substrate, the said composition comprising: a 4 to 20% by weight of a starch-graft-polymethacrylic acid; b 1 to 10% by weight of an anionic surfactant; and c 0.25 to 5% by weight of methyl cellulose; wherein the pH of the composition is between 1 and 4.5, wherein the starch-graft-polymethacrylic acid has a grafting level of at least 10% by weight. a 4 to 20% by weight of a starch-graft-polymethacrylic acid; b 1 to 10% by weight of an anionic surfactant; and c 0.25 to 5% by weight of methyl cellulose;
Use of a stopper characterized in that the stopper is a bartop comprising a cork body, which cork body has a diameter exceeding the inner diameter of a bottleneck, measured at 0 mm depth of the bottleneck, by 0.9 to 1.7 mm for sealingly bottling a bottle containing still wine.
A device for use in distracting jawbone for remodeling a jawbone ridge, comprising a bar, which comprises a first connection interface configured for releasable connection of the bar to at least one fixture (10, 11) inserted in a jawbone portion to be distracted, wherein the shape of a surface of said first connection interface is at least partly complementary to the shape of a surface of a connection interface of said at least one fixture and a second connection interface configured to connect the bar to a level adjustment device for distracting the jawbone portion wherein the device further comprises the level adjustment device, which comprises a support configured for attachment to teeth, an adjustment interface and an intermediate member, the intermediate member being displaceably connected to the adjustment interface and being displaceable in its axial direction, wherein the adjustment interface comprises a seat, and a swivel device, which is rotatably arranged in the seat, and wherein optionally the intermediate member is displaceably connected to the swivel device wherein said support is a cap splint bar with an interior surface having a shape of existing teeth of a patient. a first connection interface configured for releasable connection of the bar to at least one fixture (10, 11) inserted in a jawbone portion to be distracted, wherein the shape of a surface of said first connection interface is at least partly complementary to the shape of a surface of a connection interface of said at least one fixture and a second connection interface configured to connect the bar to a level adjustment device for distracting the jawbone portion
A method for establishing an interconnection between a first client interface and a second client interface, the method comprising: forming a first audio summary at the first client interface (301, 504) and a second audio summary at the second client interface (302, 506) during a rendezvous experience of the first client interface and of the second client interface; submitting during the rendezvous experience of the first client interface and of the second client interface the first audio summary and the second audio summary to a correlating device (104, 702) capable of comparing the first audio summary to the second audio summary; and receiving during the rendezvous experience of the first client interface and of the second client interface an indication of success or failure at the first client interface (301, 504) and the second client interface (302, 506) from the correlating device (104, 702) for establishing an interconnection between the first client interface (301, 504) and the second client interface (302, 506), based on whether the first audio summary matches the second audio summary, wherein the first client interface (301, 504) and the second client interface (302, 506) are disposed in a common location. forming a first audio summary at the first client interface (301, 504) and a second audio summary at the second client interface (302, 506) during a rendezvous experience of the first client interface and of the second client interface; submitting during the rendezvous experience of the first client interface and of the second client interface the first audio summary and the second audio summary to a correlating device (104, 702) capable of comparing the first audio summary to the second audio summary; and receiving during the rendezvous experience of the first client interface and of the second client interface an indication of success or failure at the first client interface (301, 504) and the second client interface (302, 506) from the correlating device (104, 702) for establishing an interconnection between the first client interface (301, 504) and the second client interface (302, 506), based on whether the first audio summary matches the second audio summary, wherein the first client interface (301, 504) and the second client interface (302, 506) are disposed in a common location.
An indexable cutting insert comprising two opposing end surfaces with a peripheral side surface and a central axis extending therebetween, wherein a central bore extends between and opens out to the two opposing end surfaces, the cutting insert having four cutting portions (26a, 26b, 26c, 26d), four spaced apart abutment zones (28a, 28b, 28c, 28d), and mirror symmetry about mutually perpendicular first and second planes (P1, P2) containing the central axis, each of the four cutting portions (26a, 26b, 26c, 26d) having a cutting edge (32a, 32b, 32c, 32d) formed by the intersection of a rake surface (34a, 34b, 34c, 34d) and a relief surface (36a, 36b, 36c, 36d), the four rake surfaces (34a, 34b, 34c, 34d) and the four relief surfaces (36a, 36b, 36c, 36d) located on the peripheral side surface; and each of the four abutment zones (28a, 28b, 28c, 28d) representing a distinct region of the peripheral side surface capable of making clamping contact with a corresponding region of a mating component in at least one index position of the cutting insert, wherein: the peripheral side surface includes two pairs of opposing side surfaces (38a, 38b), a first pair of opposing side surfaces mirror symmetrical about the first plane, and a second pair of opposing side surfaces mirror symmetrical about the second plane, the four cutting edges (32a, 32b, 32c, 32d) are formed at the intersections between the two pairs of opposing side surfaces (38a, 38b), the second pair of opposing side surfaces includes the four rake surfaces (34a, 34b, 34c, 34d) and the four abutment zones (28a, 28b, 28c, 28d), and characterized in that each of the four abutment zones (28a, 28b, 28c, 28d) is planar, and in that each of the four abutment zones (28a, 28b, 28c, 28d) forms an internal abutment angle (α2) of less than 180° with another one of the four abutment zones (28d, 28c, 28b, 28a). each of the four cutting portions (26a, 26b, 26c, 26d) having a cutting edge (32a, 32b, 32c, 32d) formed by the intersection of a rake surface (34a, 34b, 34c, 34d) and a relief surface (36a, 36b, 36c, 36d), the four rake surfaces (34a, 34b, 34c, 34d) and the four relief surfaces (36a, 36b, 36c, 36d) located on the peripheral side surface; and each of the four abutment zones (28a, 28b, 28c, 28d) representing a distinct region of the peripheral side surface capable of making clamping contact with a corresponding region of a mating component in at least one index position of the cutting insert, wherein:
A system comprising: a streamer; a sensor package coupled to the streamer, wherein the sensor package comprises a primary orientation sensor and a complimentary orientation sensor, wherein the complimentary orientation sensor comprises a magnetometer, wherein the primary orientation sensor and the complimentary orientation sensor are capable of collecting data indicative of the orientation of the streamer and geophysical sensors distributed on the streamer, characterized in that the complimentary orientation sensor is adapted to measure magnetic field, magnetic inclination, and azimuth, information from the complimentary orientation sensor being used to determine roll angle of the streamer. a streamer; a sensor package coupled to the streamer, wherein the sensor package comprises a primary orientation sensor and a complimentary orientation sensor, wherein the complimentary orientation sensor comprises a magnetometer, wherein the primary orientation sensor and the complimentary orientation sensor are capable of collecting data indicative of the orientation of the streamer and geophysical sensors distributed on the streamer, characterized in that the complimentary orientation sensor is adapted to measure magnetic field, magnetic inclination, and azimuth, information from the complimentary orientation sensor being used to determine roll angle of the streamer.
A handling system of sheet-like elements comprising: a plurality of gripping devices arranged in a matrix fashion on a lying plane each gripping device of said plurality comprising a suction machine, designed to apply a negative pressure on a sheet-like element to be handled, said suction machine comprising a conveyor having an operating mouth configured to move towards said sheet-like element, said conveyor having a substantially frustoconical shape with the smaller base at said working mouth, said system also comprising a command and control unit configured to control said suction machines said system being characterised in that said suction machine comprises an impeller connected to a respective electric motor, said impeller and said electric motor being positioned inside said conveyor.
A composition comprising an IL-13Rα2 peptide and an EphA2 peptide for use in a method of treating, preventing, or managing cancer in a subject in need thereof comprising (i) administering said composition to said subject and (ii) measuring the amount of cancer stem cells in said subject. (i) administering said composition to said subject and (ii) measuring the amount of cancer stem cells in said subject.
Method for determining mechanical robustness of an overhead stowage bin for an aircraft, the method comprising: repeatedly effecting an impact of a test body against an impact surface of the overhead stowage bin with a predefined impact force by means of a robotic arm of a manipulator; and investigating damage parameters of the overhead stowage bin. repeatedly effecting an impact of a test body against an impact surface of the overhead stowage bin with a predefined impact force by means of a robotic arm of a manipulator; and investigating damage parameters of the overhead stowage bin.
A method for generating a second image from a first image obtained from a video bitstream, the method comprising applying a color gamut mapping process on said first image to generate said second image, a content of said second image corresponding to a content of said first image but a color space of said second image being different from a color space of said first image, said color gamut mapping process being controlled at least by a color gamut mapping mode obtained from the video bitstream and, said color gamut mapping mode belonging to a set comprising at least two preset modes and an explicit parameters mode; the method characterized in that, in case said obtained color gamut mapping mode is said explicit parameters mode and in case the color gamut mapping process of the method is not enabled for the explicit parameters mode for generating said second image from said first image, determining a substitute color gamut mapping mode from additional data, said color gamut mapping process being controlled by said substitute color gamut mapping mode.
A heating element, comprising: a substrate; a conductive heating unit provided on the substrate; and two busbars provided to apply voltages to both ends of the conductive heating unit, respectively, wherein the conductive heating unit includes a conductive heating pattern area and two conductive layer areas provided at both ends of the conductive heating pattern area, the two busbars are provided on the conductive layer areas, respectively, wherein the conductive heating pattern area is an etched area and the two conductive layer areas are non-etched areas, wherein an aperture ratio of the conductive layer area is 0%, wherein the conductive heating pattern area comprises a conductive heating wire, wherein the conductive heating pattern area and the conductive layer area comprise a metal selected from a group consisting of copper, aluminum, silver, platinum, molybdenum, nickel, chromium, and titanium; or alloys thereof; characterized in that a line width of the conductive heating wire is 0.1 to 10μm and in that an aperture ratio of the conductive heating pattern area is 94% or more.
A computer-implemented method for training an image classifier having improved accuracy for classifying images of physical objects taken with a sensor, comprising: - accessing, from a memory, the image classifier, the image classifier having been trained using a plurality of training images from an input space, the training images being labeled for a plurality of classes; - providing a labeled image of a physical object; - generating an adversarial image to the further provided image by at least a partially translucent further object affixed to a lens of the sensor with which the provided image was taken, and the physical object on the provided image, wherein the at least partially translucent further object is configured to induce an adversarial attack on the training images; - and further training the image classifier to have improved accuracy using at least the adversarial image. - accessing, from a memory, the image classifier, the image classifier having been trained using a plurality of training images from an input space, the training images being labeled for a plurality of classes; - providing a labeled image of a physical object; - generating an adversarial image to the further provided image by at least a partially translucent further object affixed to a lens of the sensor with which the provided image was taken, and the physical object on the provided image, wherein the at least partially translucent further object is configured to induce an adversarial attack on the training images; - and further training the image classifier to have improved accuracy using at least the adversarial image.
An in vitro method of culturing a spirochete comprising: inoculating a spirochete culture medium with the spirochete to generate a first culture; incubating the first culture in a first culture vessel at 32-36°C in 3-5% CO 2 and 96-100 % humidity for 4-6 days; and optionally, evaluating the first culture for the presence of spirochetes; and transferring spirochete cells from the first culture into a second culture vessel, wherein the second culture vessel contains a spirochete culture medium and one or more solid supports coated with a matrix to generate a second culture, wherein the second culture is a long-term culture which is incubated for at least 4-8 weeks. inoculating a spirochete culture medium with the spirochete to generate a first culture; incubating the first culture in a first culture vessel at 32-36°C in 3-5% CO 2 and 96-100 % humidity for 4-6 days; and optionally, evaluating the first culture for the presence of spirochetes; and transferring spirochete cells from the first culture into a second culture vessel, wherein the second culture vessel contains a spirochete culture medium and one or more solid supports coated with a matrix to generate a second culture, wherein the second culture is a long-term culture which is incubated for at least 4-8 weeks.