mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a knitted component (130, 150) with a knitting machine having a first feeder and a second feeder, the method comprising: moving the first feeder along at least one needle bed to form a first portion of a course of the knitted component (130, 150) from a first yarn, wherein a dispensing tip of the first feeder dispenses the first yarn; positioning a dispensing tip of a second feeder at a first elevation below the dispensing tip of the first feeder and moving the second feeder along the at least one needle bed to inlay a second yarn into the first portion of the course, wherein the dispensing tip of the second feeder dispenses the second yarn; and positioning the dispensing tip of the second feeder at a second elevation, corresponding to the elevation of the dispensing tip of the first feeder, and moving the second feeder along the at least one needle bed to form a second portion of the course, wherein the at least one needle bed of the knitting machine includes a first needle bed with first needles on a first plane and a second needle bed with second needles on a second plane, and, characterized in that, when the dispensing tip of the second feeder is at the first elevation, it below an intersection of the first plane and the second plane. moving the first feeder along at least one needle bed to form a first portion of a course of the knitted component (130, 150) from a first yarn, wherein a dispensing tip of the first feeder dispenses the first yarn; positioning a dispensing tip of a second feeder at a first elevation below the dispensing tip of the first feeder and moving the second feeder along the at least one needle bed to inlay a second yarn into the first portion of the course, wherein the dispensing tip of the second feeder dispenses the second yarn; and positioning the dispensing tip of the second feeder at a second elevation, corresponding to the elevation of the dispensing tip of the first feeder, and moving the second feeder along the at least one needle bed to form a second portion of the course, wherein the at least one needle bed of the knitting machine includes a first needle bed with first needles on a first plane and a second needle bed with second needles on a second plane, and, characterized in that, when the dispensing tip of the second feeder is at the first elevation, it below an intersection of the first plane and the second plane.
A molding device for processing material comprising: - a lower mold body or die, made in electrically conductive material and comprising a molding area intended to be in contact with the material to process; - an upper mold body or punch, made in electrically conductive material and comprising a molding area intended to be in contact with the material to process; - a removable intermediate part or core, made of electrically conductive material, which is inserted between the die and the punch; - characterized in that the inductive means adapted to generate a magnetic field surround the die, the punch and the intermediate part; these three elements are electrically insulated in pairs, so that the faces opposite the intermediate part and the die on the one hand and the intermediate part and the punch on the other demarcate two gaps (20, 22) in which flows the magnetic field that induces currents at the surface of the molding areas (14, 16) of the die and the punch, thus making it possible to locate the action of the inductors at the surface of the molding areas (14, 16). - a lower mold body or die, made in electrically conductive material and comprising a molding area intended to be in contact with the material to process; - an upper mold body or punch, made in electrically conductive material and comprising a molding area intended to be in contact with the material to process; - a removable intermediate part or core, made of electrically conductive material, which is inserted between the die and the punch; - characterized in that the inductive means adapted to generate a magnetic field surround the die, the punch and the intermediate part; these three elements are electrically insulated in pairs, so that the faces opposite the intermediate part and the die on the one hand and the intermediate part and the punch on the other demarcate two gaps (20, 22) in which flows the magnetic field that induces currents at the surface of the molding areas (14, 16) of the die and the punch, thus making it possible to locate the action of the inductors at the surface of the molding areas (14, 16).
A prognostic method for determining the suitability of treatment of a human subject infected with HCV infection, with an inhibitor of microRNA-122, said method comprising the steps of: i) determining the level of at least one biomarker in a serum sample obtained from said human subject; ii) comparing the level of the at least one biomarker with one or more reference samples or reference values; to determine whether the subject is likely to be, or is suitable for, treatment of HCV infection with an inhibitor of microRNA-122 (i.e. a likely miR-122 inhibitor responder); wherein the at least one biomarker is microRNA-122. i) determining the level of at least one biomarker in a serum sample obtained from said human subject; ii) comparing the level of the at least one biomarker with one or more reference samples or reference values;
Method for the disintegration of lignocellulosic materials to fibers, wherein the lignocellulosic materials in admixture with fiber improvers are subjected in a surface moist state, in which the water content is approximately 5-15% higher than the saturation water contet, in a flat die pellet press to an adjustable rolling pressure by pan grinder rollers, whereby - augmented by the moisture in the interior of the pores in the fiber material - the fiber improvers penetrate into the interior of the fiber material and react there, wherein the disintegrated and enhanced material is then subsequently forced through the drilled holes in the flat die, so that the fiber improvers endow the fibers with improved properties for use as engineering, insulating, reinforcing or filler materials through physical and/or chemical reactions and also through partial filling of internal pore volumes.
Apparatus for inspecting a sample, said apparatus comprising: an optical microscope system to observe a region of interest on a sample, a charged particle system which is arranged for generating a focused beam of charged particles and projecting said focused beam on a position on said sample within said region of interest, and a control unit for controlling said apparatus, wherein said control unit is arranged for recording two or more optical images of said region of interest with said optical microscope system, at least when said focused beam of charged particles impinges on said sample, wherein the apparatus is arranged for correlating said two or more optical images by detecting a change in the two or more optical images as caused by said focused beam of charged particles. an optical microscope system to observe a region of interest on a sample, a charged particle system which is arranged for generating a focused beam of charged particles and projecting said focused beam on a position on said sample within said region of interest, and a control unit for controlling said apparatus, wherein said control unit is arranged for recording two or more optical images of said region of interest with said optical microscope system, at least when said focused beam of charged particles impinges on said sample, wherein the apparatus is arranged for correlating said two or more optical images by detecting a change in the two or more optical images as caused by said focused beam of charged particles.
Tyre-protection or anti-skid device for motor vehicle tyres of a predetermined size, comprising at least one bar element having two opposite sides from which two chain strands (11, 12) extend, which strands are interconnected by a suspension member, the suspension member being arranged such that it passes through an insertion opening in the bar element, characterised in that the suspension member is C-shaped and has an inlet opening for suspending each chain member (23, 24) of the two chain strands (11, 12).
A method performed by a base station providing a macro cell operated as a frequency division duplex, FDD, communication with a user equipment, UE,, wherein a coverage of the macro cell includes at least one small cell (1232, 1233) provided by at least one second base station, and wherein the at least one small cell (1232, 1233) is operated as a time division duplex, TDD, communication with the UE, the method comprising: transmitting, to the UE,, a message for indicating an addition of a first small cell of the at least one small cell included in the coverage of the macro cell and a message for indicating an activation of the first small cell; transmitting data for a control plane, to the UE while data for a user plane is wirelessly transmitted only from one of the at least one second base station corresponding to the first small cell, to the UE, in case that the UE is within the first small cell; generating control information indicating to release the first small cell based on measurement information received from the UE; and transmitting, to the UE, the generated control information, and transmitting to the UE, data for the user plane to the UE. transmitting, to the UE,, a message for indicating an addition of a first small cell of the at least one small cell included in the coverage of the macro cell and a message for indicating an activation of the first small cell; transmitting data for a control plane, to the UE while data for a user plane is wirelessly transmitted only from one of the at least one second base station corresponding to the first small cell, to the UE, in case that the UE is within the first small cell; generating control information indicating to release the first small cell based on measurement information received from the UE; and transmitting, to the UE, the generated control information, and transmitting to the UE, data for the user plane to the UE.
A display device comprising: a substrate comprising a display area and a peripheral area outside the display area; the display area comprises a plurality of data lines DL arranged in a plurality of columns; and characterized in that the display device further comprises a first connection line in the display area, the first connection line comprising a first portion extending along a first column of the display area, a third portion extending along a second column of the display area, and a second portion connecting the first portion to the third portion; and a second connection line in the peripheral area and connected at one end to the third portion of the first connection line and at the other end to a data line in a third column of the display area; wherein the first connection line, connected to the data line with the second connection line, is adapted to transmit to the data line a data signal supplied from a pad area (PADA). a substrate comprising a display area and a peripheral area outside the display area; the display area comprises a plurality of data lines DL arranged in a plurality of columns; and characterized in that the display device further comprises a first connection line in the display area, the first connection line comprising a first portion extending along a first column of the display area, a third portion extending along a second column of the display area, and a second portion connecting the first portion to the third portion; and a second connection line in the peripheral area and connected at one end to the third portion of the first connection line and at the other end to a data line in a third column of the display area; wherein the first connection line, connected to the data line with the second connection line, is adapted to transmit to the data line a data signal supplied from a pad area (PADA).
An electrochromic device, comprising; a substrate; an electrochromic film positioned on the substrate and comprising an electrolyte-nanostructure mixture formed of transparent conducting oxide, TCO, nanostructures embedded in an electrolyte and a counter electrode positioned above the electrochromic film, wherein an absorbance peak of the electrochromic film is at a first wavelength in an infrared wavelength range at open circuit voltage, characterized in that the electrochromic film is configured so that the absorbance peak shifts to a second wavelength in the infrared range which is different from the first wavelength in response to an applied bias voltage which is different from the open circuit voltage, wherein the applied bias voltage creates accumulation and depletion regions near the surface of the TCO nanostructures, and wherein the absorbance peak of the film shifts to the second wavelength due to a corresponding shift of a surface plasmon resonance peak of the TCO nanostructures in response to the applied bias voltage. a substrate; an electrochromic film positioned on the substrate and comprising an electrolyte-nanostructure mixture formed of transparent conducting oxide, TCO, nanostructures embedded in an electrolyte and a counter electrode positioned above the electrochromic film, wherein an absorbance peak of the electrochromic film is at a first wavelength in an infrared wavelength range at open circuit voltage, characterized in that the electrochromic film is configured so that the absorbance peak shifts to a second wavelength in the infrared range which is different from the first wavelength in response to an applied bias voltage which is different from the open circuit voltage, wherein the applied bias voltage creates accumulation and depletion regions near the surface of the TCO nanostructures, and wherein the absorbance peak of the film shifts to the second wavelength due to a corresponding shift of a surface plasmon resonance peak of the TCO nanostructures in response to the applied bias voltage.
An image-capturing device comprising: a band-pass filter that is divided into a plurality of areas, each of which transmits incident light in a different wavelength band; a mask that is divided corresponding to the plurality of areas, and modulates the incident light in the different wavelength bands that are each transmitted through a corresponding one of the plurality of areas of the band-pass filter; a solid-state image-capturing device that has an image-capturing plane that is divided corresponding to the plurality of areas, and captures, as a two-dimensional pixel signal, the incident light modulated by the mask in each of the plurality of areas, wherein a distance from the mask to the image-capturing plane of the solid-state image-capturing device differs for each of the plurality of areas. a band-pass filter that is divided into a plurality of areas, each of which transmits incident light in a different wavelength band; a mask that is divided corresponding to the plurality of areas, and modulates the incident light in the different wavelength bands that are each transmitted through a corresponding one of the plurality of areas of the band-pass filter; a solid-state image-capturing device that has an image-capturing plane that is divided corresponding to the plurality of areas, and captures, as a two-dimensional pixel signal, the incident light modulated by the mask in each of the plurality of areas, wherein a distance from the mask to the image-capturing plane of the solid-state image-capturing device differs for each of the plurality of areas.
A transformant, produced by introducing a gene coding for a cis-prenyltransferase and a gene coding for a Nogo-B receptor into a host to allow the host to express the cis-prenyltransferase and the Nogo-B receptor, wherein at least one of the gene coding for a cis-prenyltransferase or the gene coding for a Nogo-B receptor is introduced in a form of a vector into the host, and wherein the gene coding for a cis-prenyltransferase is either of the following DNAs: a DNA comprising the nucleotide sequence of SEQ ID NO:1; and a DNA capable of hybridizing to a DNA comprising a nucleotide sequence complementary to the nucleotide sequence of SEQ ID NO:1 under stringent conditions, and coding for a protein having an enzyme activity that catalyzes a reaction of cis-chain elongation of an isoprenoid compound, wherein the vector contains a promoter at a position that permits transcription of the recombinant DNA and wherein the promoter is one of a cauliflower mosaic virus (CaMV) 35S promoter, rice actin-1 promoter, nopaline synthase gene promoter, tobacco mosaic virus 35S promoter, and rice actin gene promoter, wherein the host is an isoprenoid-producing plant selected from the group consisting of plants of the genera Hevea, Sonchus, Solidago, Helianthus, Taraxacum, Ficus, and Parthenium. a DNA comprising the nucleotide sequence of SEQ ID NO:1; and a DNA capable of hybridizing to a DNA comprising a nucleotide sequence complementary to the nucleotide sequence of SEQ ID NO:1 under stringent conditions, and coding for a protein having an enzyme activity that catalyzes a reaction of cis-chain elongation of an isoprenoid compound,
A straddled vehicle comprising: an internal combustion engine including a crank case, a cylinder body connected to the crank case, and a cylinder head connected to the cylinder body; an exhaust pipe including a connecting portion connected to the cylinder head, a front portion located forward relative to the cylinder head in a vehicle front-rear direction (F-Re), a side portion located sideward of the cylinder head in a vehicle width direction (L-R), and a rear portion located rearward relative to the cylinder head in the vehicle front-rear direction (F-Re); a catalyst arranged inside the side portion or the front portion of the exhaust pipe; and a bracket including a fixed portion that is fixed to the side portion or the front portion of the exhaust pipe, wherein: a front end of the fixed portion of the bracket is located forward relative to a rear end of the catalyst in the vehicle front-rear direction (F-Re), and a rear end of the fixed portion of the bracket is located rearward relative to a front end of the catalyst in the vehicle front-rear direction (F-Re); and the bracket is supported directly on the internal combustion engine. an internal combustion engine including a crank case, a cylinder body connected to the crank case, and a cylinder head connected to the cylinder body; an exhaust pipe including a connecting portion connected to the cylinder head, a front portion located forward relative to the cylinder head in a vehicle front-rear direction (F-Re), a side portion located sideward of the cylinder head in a vehicle width direction (L-R), and a rear portion located rearward relative to the cylinder head in the vehicle front-rear direction (F-Re); a catalyst arranged inside the side portion or the front portion of the exhaust pipe; and a bracket including a fixed portion that is fixed to the side portion or the front portion of the exhaust pipe, wherein: a front end of the fixed portion of the bracket is located forward relative to a rear end of the catalyst in the vehicle front-rear direction (F-Re), and a rear end of the fixed portion of the bracket is located rearward relative to a front end of the catalyst in the vehicle front-rear direction (F-Re); and the bracket is supported directly on the internal combustion engine. a front end of the fixed portion of the bracket is located forward relative to a rear end of the catalyst in the vehicle front-rear direction (F-Re), and a rear end of the fixed portion of the bracket is located rearward relative to a front end of the catalyst in the vehicle front-rear direction (F-Re); and the bracket is supported directly on the internal combustion engine.
Device for mounting a member for manoeuvring a shaft for coiling a closure or solar-protection screen on an end cheek of a box, equipped with a centring pin, projecting with respect to a main shell of the cheek, this device comprising: - a first piece on which the manoeuvring member is mounted, this piece being provided with at least one orifice for receiving the pin, and - a second piece mounted, with the possibility of sliding (Y-Y'), on the first piece, this second piece being able to come into abutment against at least one surface (913b, 914a, 917c) substantially parallel to the main shell of the cheek when the pin is received in the orifice in the first piece, so that the device is rotationally immobilised with respect to the central axis of the pin, characterised in that the mounting device further comprises: - means (724a, 724b, 734a, 734b) for positively locating and arresting the second piece with respect to the first piece, in one of a plurality of predetermined stable positions of prepositioning the first piece and the second piece separated from each other, and - means (73, 731P, 719P, 74, 719T, 732, 735) for adjusting the position, with respect to the first piece, of some of the positive-location means (734a, 734b), these adjustment means making it possible to regulate, by adjusting the position of the positive-location means (734a, 734b), the relative separation between the first piece and the second piece, in the direction of sliding (Y-Y') of the second piece with respect to the first piece. - a first piece on which the manoeuvring member is mounted, this piece being provided with at least one orifice for receiving the pin, and - a second piece mounted, with the possibility of sliding (Y-Y'), on the first piece, this second piece being able to come into abutment against at least one surface (913b, 914a, 917c) substantially parallel to the main shell of the cheek when the pin is received in the orifice in the first piece, so that the device is rotationally immobilised with respect to the central axis of the pin, - means (724a, 724b, 734a, 734b) for positively locating and arresting the second piece with respect to the first piece, in one of a plurality of predetermined stable positions of prepositioning the first piece and the second piece separated from each other, and - means (73, 731P, 719P, 74, 719T, 732, 735) for adjusting the position, with respect to the first piece, of some of the positive-location means (734a, 734b), these adjustment means making it possible to regulate, by adjusting the position of the positive-location means (734a, 734b), the relative separation between the first piece and the second piece, in the direction of sliding (Y-Y') of the second piece with respect to the first piece.