mhurhangee/patent-ind-claim-en huggingface dataset:
A cable , comprising: a sheath ; and a coating film covering a circumference of the sheath , the coating film adhering to the sheath, wherein a static friction coefficient of a surface of the coating film is smaller than a static friction coefficient of a surface of the sheath , characterized in that an adhesion strength between the sheath and the coating film is 0.30 MPa or more, wherein a parent material of the coating film is produced by curing an addition reaction type coating agent, said cable further comprising: a protective member bonded around the coating film, wherein an adhesion strength between the sheath and the coating film is equal to a bonding strength between the coating film and the protective member , or greater than the bonding strength between the coating film and the protective member . a sheath ; and a coating film covering a circumference of the sheath , the coating film adhering to the sheath, wherein a static friction coefficient of a surface of the coating film is smaller than a static friction coefficient of a surface of the sheath , characterized in that an adhesion strength between the sheath and the coating film is 0.30 MPa or more, wherein a parent material of the coating film is produced by curing an addition reaction type coating agent, said cable further comprising: a protective member bonded around the coating film, wherein an adhesion strength between the sheath and the coating film is equal to a bonding strength between the coating film and the protective member , or greater than the bonding strength between the coating film and the protective member . a protective member bonded around the coating film, wherein an adhesion strength between the sheath and the coating film is equal to a bonding strength between the coating film and the protective member , or greater than the bonding strength between the coating film and the protective member .
A detector of ionizing radiation enabling the creation of a continuous digital image of a scanned object, including a matrix and a detection area connectable using hardware and software means with a display, where the detection area is formed by mosaically arranged hybrid semiconductor pixel detector segments of square or rectangular shape, arranged side by side in rows , each detector segment consisting of a sensor layer arranged on a reader chip such that the edge of the reader chip on one side overlaps the edge of the sensor layer and creates a tier for receiving the edge of another detector segment of an adjacent row and in the area of the tier from the reader chip lead output conductors , wherein each detector segment is mounted on a carrier of reader chip which is removably attached to the matrix , and wherein the matrix is provided with means of positioning the detector segments , characterized in that the sensor layer of the detector segment is active over its entire area including the areas adjacent the peripheral edges of the sensor layer , the means of positioning the detector segments are suitable for limiting the mutual lateral clearance between the sensor layers of adjacent detector segments to a value smaller than the size of one pixel of the sensor layer of the detector segment , wherein the means of positioning the detector segments in relation to the matrix are arranged with the possibility of movement in four directions of the coordinate system in a plane of the matrix , and wherein the means of positioning the detector segments comprise carriers of row , which are mounted to the matrix with the possibility of relative movement and lockable in a selected position relative to the matrix , wherein in the carriers of row are closely adjacent and parallelly arranged the detector segments on carriers of reader chip such that the leading edge of the detector segments overlaps beyond the contour of the carriers of row and the rear edge of the detector segments with tier and output conductors are located on the carriers of row .
A garment comprising at least one wetness indicator panel , the wetness indicator panel comprising: a first layer having a first surface and an opposite second surface , wherein the first layer comprises a water-repellant coating material in a plurality of water-repellant coated portions and does not comprise the water-repellant coating material in a plurality of non-water repellant coated portions , and wherein a first area collectively occupied by the plurality of water-repellant coated portions is larger than a second area collectively occupied by the plurality of non-water repellant coated portions ; a second layer having a third surface and an opposite fourth surface , wherein the second surface of the first layer is affixed to the third surface of the second layer ; and a third layer having a fifth surface and an opposite sixth surface , wherein the fourth surface of the second layer is affixed to the fifth surface of the third layer , characterized in that the first layer is comprised of a woven, a stretch woven, or a knit fabric or textile, wherein the second layer is comprised of a breathable water resistant non-woven polymer membrane, and wherein the third layer is comprised of a mesh type material or a tricot knit material. a first layer having a first surface and an opposite second surface , wherein the first layer comprises a water-repellant coating material in a plurality of water-repellant coated portions and does not comprise the water-repellant coating material in a plurality of non-water repellant coated portions , and wherein a first area collectively occupied by the plurality of water-repellant coated portions is larger than a second area collectively occupied by the plurality of non-water repellant coated portions ; a second layer having a third surface and an opposite fourth surface , wherein the second surface of the first layer is affixed to the third surface of the second layer ; and a third layer having a fifth surface and an opposite sixth surface , wherein the fourth surface of the second layer is affixed to the fifth surface of the third layer , characterized in that the first layer is comprised of a woven, a stretch woven, or a knit fabric or textile, wherein the second layer is comprised of a breathable water resistant non-woven polymer membrane, and wherein the third layer is comprised of a mesh type material or a tricot knit material.
A turbine engine comprising: a compressor section having a first compressor portion and a second compressor portion , wherein the second compressor portion is a high pressure compressor relative to the first compressor portion; a combustor in fluid communication with the compressor section ; a turbine section in fluid communication with the combustor; a gas path passing through each of said compressor section , said combustor, and said turbine section, the second compressor portion further including an exit guide vane at an aftmost edge, relative to gas flow through the gas path, of the second compressor portion; and an inner diffuser case including a diffuser case strut positioned in said gas path aft of said exit guide vane , wherein said diffuser case strut includes at least a first direct feed passage connected on a first end to a cooled air system and on a second end to a direct air feed , wherein said direct air feed delivers air to at least one of a compressor rim and an aftmost compressor stage of said second compressor portion, characterized by : said diffuser case strut further comprising a second direct feed passage including a first end opening to the cooled air system and a second end opening to a tangential onboard injection (TOBI) system. a compressor section having a first compressor portion and a second compressor portion , wherein the second compressor portion is a high pressure compressor relative to the first compressor portion; a combustor in fluid communication with the compressor section ; a turbine section in fluid communication with the combustor; a gas path passing through each of said compressor section , said combustor, and said turbine section, the second compressor portion further including an exit guide vane at an aftmost edge, relative to gas flow through the gas path, of the second compressor portion; and an inner diffuser case including a diffuser case strut positioned in said gas path aft of said exit guide vane , wherein said diffuser case strut includes at least a first direct feed passage connected on a first end to a cooled air system and on a second end to a direct air feed , wherein said direct air feed delivers air to at least one of a compressor rim and an aftmost compressor stage of said second compressor portion, characterized by : said diffuser case strut further comprising a second direct feed passage including a first end opening to the cooled air system and a second end opening to a tangential onboard injection (TOBI) system.
Method for controlling a speed (n) of a drive engine of a utility vehicle having a driveable loading device , wherein - movement driving of the loading device is predicted or identified, and - an increase in the engine speed (n_A) of the drive engine is requested when movement driving of the loading device is predicted or identified, characterized in that the engine speed (n) is increased at a predetermined rate of rise (m_an) which is lower than the requirement. - movement driving of the loading device is predicted or identified, and - an increase in the engine speed (n_A) of the drive engine is requested when movement driving of the loading device is predicted or identified, characterized in that the engine speed (n) is increased at a predetermined rate of rise (m_an) which is lower than the requirement.
An optical communication cable comprising: a cable jacket ; a plurality of optical fiber subunits surrounded by the cable jacket, each optical fiber subunit comprising: a subunit jacket defining a subunit passage; and a plurality of tight buffered optical fibers located within the subunit passage, each optical fiber comprising: a glass core ; and a polymer tight buffer coating surrounding the glass core, the polymer tight buffer coating having an outer diameter greater than 400 μm; characterized in that the optical communication cable is a fire retardant and low smoke optical communication cable, wherein the cable jacket is formed from a halogen containing polymer material including a fire retardant material; the polymer tight buffer coating of each optical fiber is formed from a halogen containing polymer material including a fire retardant material; each subunit jacket is formed from a non-halogen containing polymer material including a metal oxide fire retardant material; and wherein the optical communication cable is plenum burn test rated as described in FPA 262 utilizing the Steiner Tunnel burn test. a cable jacket ; a plurality of optical fiber subunits surrounded by the cable jacket, each optical fiber subunit comprising: a subunit jacket defining a subunit passage; and a plurality of tight buffered optical fibers located within the subunit passage, each optical fiber comprising: a glass core ; and a polymer tight buffer coating surrounding the glass core, the polymer tight buffer coating having an outer diameter greater than 400 μm; a subunit jacket defining a subunit passage; and a plurality of tight buffered optical fibers located within the subunit passage, each optical fiber comprising: a glass core ; and a polymer tight buffer coating surrounding the glass core, the polymer tight buffer coating having an outer diameter greater than 400 μm; a glass core ; and a polymer tight buffer coating surrounding the glass core, the polymer tight buffer coating having an outer diameter greater than 400 μm; characterized in that the optical communication cable is a fire retardant and low smoke optical communication cable, wherein the cable jacket is formed from a halogen containing polymer material including a fire retardant material; the polymer tight buffer coating of each optical fiber is formed from a halogen containing polymer material including a fire retardant material; each subunit jacket is formed from a non-halogen containing polymer material including a metal oxide fire retardant material; and wherein the optical communication cable is plenum burn test rated as described in FPA 262 utilizing the Steiner Tunnel burn test.
An absorbent article , in which an absorbent body is interposed between a liquid permeable top sheet and a liquid impermeable back sheet , the absorbent article comprising: a plurality of embossed portions arranged at intervals on a skin side surface of the liquid permeable top sheet , each embossed portion recessed on a non-skin side, wherein each embossed portion is formed in a planar shape passing through each corner of an original shape and having concave shaped outlines each formed by a curve bulging each side of the original shape toward a center, in which a polygon having four or more sides is defined as the original shape , wherein corners of the original shape of adjacent embossed portions are arranged in a direction facing each other with respect to a longitudinal direction of the absorbent article , and are arranged in a staggered pattern shifted by a half pitch in the longitudinal direction of every other row with respect to a width direction of the absorbent article . a plurality of embossed portions arranged at intervals on a skin side surface of the liquid permeable top sheet , each embossed portion recessed on a non-skin side, wherein each embossed portion is formed in a planar shape passing through each corner of an original shape and having concave shaped outlines each formed by a curve bulging each side of the original shape toward a center, in which a polygon having four or more sides is defined as the original shape , wherein corners of the original shape of adjacent embossed portions are arranged in a direction facing each other with respect to a longitudinal direction of the absorbent article , and are arranged in a staggered pattern shifted by a half pitch in the longitudinal direction of every other row with respect to a width direction of the absorbent article .
Method for correcting motion artifacts of in vivo fluorescence measurements by scanning a region of interest with a 3D laser scanning microscope having acousto-optic deflectors for deflecting a focus spot of a laser beam generated by an objective of the microscope within a 3D space defined by an optical axis (z) of the objective of the microscope and x, y axes that are perpendicular to the optical axis and to each other, the acousto-optic deflectors comprising a first pair of acousto-optic deflectors forming x axis deflectors for deflecting the focal spot of the laser beam in an x-z plane, and a second pair of acousto-optic deflectors forming y axis deflectors for deflecting the focal spot of the laser beam in an y-z plane, the method comprising: selecting guiding points along the region of interest, fitting a 3D trajectory to the selected guiding points, extending each scanning point of the 3D trajectory to substantially straight drift lines lying in the 3D space, which drift lines are transversal to or parallel with the 3D trajectory at the given scanning points and which drift lines, together, define a substantially continuous surface, and scanning each drift line by focusing the laser beam at one end of the drift line and providing linear or non-linear chirp signals for the acoustic frequencies in the x axis deflectors and in the y axis deflectors for continuously moving the focus spot along the drift line, projecting scanning data obtained from scanning each drift line into 2-dimensional frames as a function of distance perpendicular to the 3D trajectory and along the 3D trajectory, repeating the scanning to obtain a 2-dimensional movie from the successive 2-dimensional frames, using the successive frames of the movie for correcting motion artifacts. selecting guiding points along the region of interest, fitting a 3D trajectory to the selected guiding points, extending each scanning point of the 3D trajectory to substantially straight drift lines lying in the 3D space, which drift lines are transversal to or parallel with the 3D trajectory at the given scanning points and which drift lines, together, define a substantially continuous surface, and scanning each drift line by focusing the laser beam at one end of the drift line and providing linear or non-linear chirp signals for the acoustic frequencies in the x axis deflectors and in the y axis deflectors for continuously moving the focus spot along the drift line, projecting scanning data obtained from scanning each drift line into 2-dimensional frames as a function of distance perpendicular to the 3D trajectory and along the 3D trajectory, repeating the scanning to obtain a 2-dimensional movie from the successive 2-dimensional frames, using the successive frames of the movie for correcting motion artifacts.
An adhesive composition comprising: an epoxy compound; and a polymeric compound comprising at least two aminimide functional groups, wherein the polymeric compound reacts with the epoxy compound upon activation by an external energy source; wherein the polymeric compound is present in an amount from 2-8% by weight based on total weight of the adhesive composition. an epoxy compound; and a polymeric compound comprising at least two aminimide functional groups, wherein the polymeric compound reacts with the epoxy compound upon activation by an external energy source; wherein the polymeric compound is present in an amount from 2-8% by weight based on total weight of the adhesive composition.
A pressure sensor comprising a housing adapted to be connected to a compressor head of a high-pressure compressor , the housing comprising a piston movably mounted in a cylinder , so that when the pressure sensor is attached to the compressor head movement of the cylinder is controlled via a fluid connection to a high-pressure part of a hydraulic system of the compressor , the pressure sensor is characterized in that the piston is adapted to move a displacement member , movably attached to the housing by an array of springs and bolts , towards the heads of the bolts, wherein the springs are arranged between the displacement member and the bolt heads to establish a pressure on the displacement member , which establishes a movement of the displacement member and thereby of the piston away from the bolt heads, and wherein a movement of the displacement member towards the bolt heads is adjustable by the tension with which the array of springs and bolts are attaching the displacement member to the housing . the pressure sensor is characterized in that the piston is adapted to move a displacement member , movably attached to the housing by an array of springs and bolts , towards the heads of the bolts, wherein the springs are arranged between the displacement member and the bolt heads to establish a pressure on the displacement member , which establishes a movement of the displacement member and thereby of the piston away from the bolt heads, and wherein a movement of the displacement member towards the bolt heads is adjustable by the tension with which the array of springs and bolts are attaching the displacement member to the housing .
A nutritional composition for infants or young children, said composition comprising at least one N-acetylated oligosaccharide, and at least one galacto-oligosaccharide, and at least one sialylated oligosaccharide, in the following amount: - N-acetylated oligosaccharides between 0.001 to 1 wt%, preferably between 0.003 wt% and 0.3 wt% - Galacto-oligosaccharides between 1 and 10wt%, preferably between 3 and 6 wt% - Sialylated oligosaccharides between 0.005 and 1 wt%, preferably between 0.01 and 0.4 wt% all calculated as wt% of the composition, for use in preventing and/or treating and/or reducing the severity and/or risk and/or occurrence of non-rotavirus-associated diarrhoea in infants or young children between 0 and 36 months, optionally between 0 and 12 months of age or between 0 and 6 months of age, characterized in that said infants are preterm infants, infants born small for gestational age, infants born by Caesarean-section, hospitalized infants or infants treated or having been treated by antibiotics, characterized in that said composition comprises fat and at least 8%, preferably at least 9.6% of said fat is sn2 palmitate. - N-acetylated oligosaccharides between 0.001 to 1 wt%, preferably between 0.003 wt% and 0.3 wt% - Galacto-oligosaccharides between 1 and 10wt%, preferably between 3 and 6 wt% - Sialylated oligosaccharides between 0.005 and 1 wt%, preferably between 0.01 and 0.4 wt% all calculated as wt% of the composition, for use in preventing and/or treating and/or reducing the severity and/or risk and/or occurrence of non-rotavirus-associated diarrhoea in infants or young children between 0 and 36 months, optionally between 0 and 12 months of age or between 0 and 6 months of age, characterized in that said infants are preterm infants, infants born small for gestational age, infants born by Caesarean-section, hospitalized infants or infants treated or having been treated by antibiotics, characterized in that said composition comprises fat and at least 8%, preferably at least 9.6% of said fat is sn2 palmitate.
Vehicle having a frame , a first rear wheel , a second rear wheel and a front wheel rotatably mounted on the frame , wherein an inclining mechanism is provided for variable inclination of the wheel rotation axes of the first rear wheel and of the second rear wheel relative to a plane defined by the wheel contact points of the wheels , which inclining mechanism comprises a first rocker , which is articulated on the frame , to which the first rear wheel is rotatably fastened and by means of which the vertical position of the wheel rotation axis of the first rear wheel can be varied, and a second rocker , which is articulated on the frame , to which the second rear wheel is rotatably fastened and by means of which the vertical position of the wheel rotation axis of the second rear wheel can be varied, characterized in that the first rocker is connected to the second rocker via a torsion bar spring suspension which comprises two torsion bars which are arranged parallel to one another and whose first ends are fastened to a torsion sleeve which is mounted rotatably on the frame with a torsion sleeve axis (D) extending between the torsion bars and parallel to the torsion bars , and the second ends of which are connected to one another via a torsion bar connector , wherein a first rocker arm is fastened in a rotationally fixed manner to a first torsion bar and is connected to the first rocker via first suspension elements , and a second rocker arm is fastened in a rotationally fixed manner to a second torsion bar and is connected to the second rocker arm via second suspension elements .
A terminal comprising: a control section configured to control a number of bits for a transmission acknowledgement signal based on a capability that indicates a number of downlink shared channels receivable within one slot and a number of downlink shared channels schedulable within one slot; and a transmitting section configured to transmit the transmission acknowledgement signal with the bits, wherein the control section is configured to control the number of bits to correspond to a lower number between the number of downlink shared channels receivable and the number of downlink shared channels schedulable. a control section configured to control a number of bits for a transmission acknowledgement signal based on a capability that indicates a number of downlink shared channels receivable within one slot and a number of downlink shared channels schedulable within one slot; and a transmitting section configured to transmit the transmission acknowledgement signal with the bits, wherein the control section is configured to control the number of bits to correspond to a lower number between the number of downlink shared channels receivable and the number of downlink shared channels schedulable.