mhurhangee/patent-ind-claim-en huggingface dataset:
A run-flat tire , comprising: a pair of bead cores , each bead core formed by covering a wire with resin; a carcass that straddles the pair of bead cores, and having end portions that are anchored on the bead cores; side reinforcing rubbers that are provided at tire side portions , and that extend in a tire radial direction along an inner surface of the carcass; a tread that is provided at an outer side, in a tire radial direction, of the carcass; and at the outer side, in the tire radial direction, of the carcass and at an inner side, in a tire radial direction, of the tread, a single belt layer that is formed by covering plural reinforcing cords with resin to form a resin-covered cord structure whose cross-section is shaped as a parallelogram, wherein the belt layer is formed by winding the resin-covered cord structure in a spiral form along a tire circumferential direction, adjacent sections of the resin-covered cord structure in the tire width direction being integrally welded to one another. a pair of bead cores , each bead core formed by covering a wire with resin; a carcass that straddles the pair of bead cores, and having end portions that are anchored on the bead cores; side reinforcing rubbers that are provided at tire side portions , and that extend in a tire radial direction along an inner surface of the carcass; a tread that is provided at an outer side, in a tire radial direction, of the carcass; and at the outer side, in the tire radial direction, of the carcass and at an inner side, in a tire radial direction, of the tread, a single belt layer that is formed by covering plural reinforcing cords with resin to form a resin-covered cord structure whose cross-section is shaped as a parallelogram, wherein the belt layer is formed by winding the resin-covered cord structure in a spiral form along a tire circumferential direction, adjacent sections of the resin-covered cord structure in the tire width direction being integrally welded to one another.
A method for generating radiotherapy treatment machine parameters based on projection images, the method comprising: receiving an image depicting an anatomy of a subject; generating a first projection image based on the received image that represents a view of the anatomy from a first gantry angle of the radiotherapy treatment machine; the method being characterised by the following steps: applying a trained machine learning model to the first projection image to estimate a first graphical aperture image representation of multi-leaf collimator, MLC, leaf positions at the first gantry angle, the machine learning model being trained to establish a relationship between projection images representing different views of a patient anatomy and respective graphical aperture image representations of the MLC leaf positions at different gantry angles corresponding to the different views; and generating one or more radiotherapy treatment machine parameters based on the estimated first graphical aperture image representation. receiving an image depicting an anatomy of a subject; generating a first projection image based on the received image that represents a view of the anatomy from a first gantry angle of the radiotherapy treatment machine; applying a trained machine learning model to the first projection image to estimate a first graphical aperture image representation of multi-leaf collimator, MLC, leaf positions at the first gantry angle, the machine learning model being trained to establish a relationship between projection images representing different views of a patient anatomy and respective graphical aperture image representations of the MLC leaf positions at different gantry angles corresponding to the different views; and generating one or more radiotherapy treatment machine parameters based on the estimated first graphical aperture image representation.
Angle transmission device comprising : - An input shaft rotating around a first rotation axis and an output shaft rotating around a second rotation axis, - An assembly arranged to couple the input shaft with the output shaft so that the output shaft is rotationally driven by the input shaft , said assembly allowing for the transformation of the rotation of the input shaft around said first rotation axis into the rotation of the output shaft around the second rotation axis; - the assembly comprising a rotary actuator and a linear mobile , the rotary actuator being coupled with the input shaft and arranged for moving the linear mobile in a translation motion relative to the rotary actuator , the linear mobile being coupled with the output shaft so that the rotation of the input shaft drives the rotation of the output shaft ; the device being characterized in that the assembly further comprises a flexible blade or a flexible cable fixed to said linear mobile and looped around the output shaft , so that when the rotary actuator moves the linear mobile , the flexible blade or the flexible cable drives the rotation of the output shaft . - An input shaft rotating around a first rotation axis and an output shaft rotating around a second rotation axis, - An assembly arranged to couple the input shaft with the output shaft so that the output shaft is rotationally driven by the input shaft , said assembly allowing for the transformation of the rotation of the input shaft around said first rotation axis into the rotation of the output shaft around the second rotation axis; - the assembly comprising a rotary actuator and a linear mobile , the rotary actuator being coupled with the input shaft and arranged for moving the linear mobile in a translation motion relative to the rotary actuator , the linear mobile being coupled with the output shaft so that the rotation of the input shaft drives the rotation of the output shaft ;
A controlled pressure release system for a pressurized container comprising: a pressure release device ; an activating mechanism configured to open the pressure release device upon activation; a sensor operatively disposed in the pressurized container, the sensor configured to generate a monitoring signal representative of at least one operating condition of the pressurized container; and a control configured to receive the monitoring signal and to activate the activating mechanism when the at least one operating condition of the pressurized container reaches a predetermined limit, characterized in that the pressure release device (12, 40, 142 146, 148) is a non-reclosing pressure release device, and in that the activating mechanism is operably engaged with the pressure release device prior to activation and the activating mechanism is a first activating mechanism , the system further comprising a second activating mechanism , the second activating mechanism being configured to open the pressure release device in the event that the first activating mechanism fails to activate properly. a pressure release device ; an activating mechanism configured to open the pressure release device upon activation; a sensor operatively disposed in the pressurized container, the sensor configured to generate a monitoring signal representative of at least one operating condition of the pressurized container; and a control configured to receive the monitoring signal and to activate the activating mechanism when the at least one operating condition of the pressurized container reaches a predetermined limit, characterized in that the pressure release device (12, 40, 142 146, 148) is a non-reclosing pressure release device, and in that the activating mechanism is operably engaged with the pressure release device prior to activation and the activating mechanism is a first activating mechanism , the system further comprising a second activating mechanism , the second activating mechanism being configured to open the pressure release device in the event that the first activating mechanism fails to activate properly.
Solid Self Nanoemulsifying System tablet comprising bosentan monohydrate, wherein the Bosentan monohydrate containing liquid self nanoemulsifying system is adsorbed on magnesium aluminometasilicate and the liquid self nanoemulsifying system comprises glyceryl monolinoleate as an oil, polyoxyl 40 hydrogenated castor oil as a surfactant and caprylocaproyl polyoxyl-8 glycerides as a co-surfactant.
A multifunction footrest apparatus for a vehicle having a floor panel and a passenger seat, the multifunction footrest apparatus comprising: a footrest housing adapted to be installed on the floor panel on which the passenger seat is positioned so as to be movable; a lower door rotatably coupled to the footrest housing and configured for supporting calves of a back seat passenger ; an upper door rotatably coupled to the footrest housing and configured for supporting soles of the back seat passenger , characterized in that a first massage device is provided on the lower door to massage the calves of the back seat passenger ; and a second massage device is provided on the upper door to massage the soles of the back seat passenger . a footrest housing adapted to be installed on the floor panel on which the passenger seat is positioned so as to be movable; a lower door rotatably coupled to the footrest housing and configured for supporting calves of a back seat passenger ; an upper door rotatably coupled to the footrest housing and configured for supporting soles of the back seat passenger , characterized in that a first massage device is provided on the lower door to massage the calves of the back seat passenger ; and a second massage device is provided on the upper door to massage the soles of the back seat passenger .
A laser amplifier device comprising: a pump light source (2; 22) comprising one or more lamps configured to emit light ; and a slab crystal (1; 21) having a front face, a back face, and four sides such that said back face and top and bottom sides are configured to reflect a laser beam internally within said crystal (1; 21), said crystal (1;21) being configured to absorb energy obtained from said emitted light , wherein the slab crystal (1; 21) is configured to receive an externally generated input laser beam (16; 17) in the front face of the crystal (1; 21), with the crystal (1; 21) configured such that the laser beam is reflected within the crystal (1; 21) more than two times while being amplified by the crystal (1; 21) using said absorbed light energy, and wherein the input laser beam (16; 17) is thereby converted by the crystal (1; 21) into an amplified laser beam emitted from an end not including the back face, wherein the laser amplifier device further comprises a filter material provided between said slab crystal and said pump light source, said filter material being configured to convert light energy emitted by the pump light source at a first frequency band into light energy at a converted frequency band that is absorbed by the slab crystal, and to be transparent to light emitted by the pump light source at a second frequency band. a pump light source (2; 22) comprising one or more lamps configured to emit light ; and a slab crystal (1; 21) having a front face, a back face, and four sides such that said back face and top and bottom sides are configured to reflect a laser beam internally within said crystal (1; 21), said crystal (1;21) being configured to absorb energy obtained from said emitted light , wherein the slab crystal (1; 21) is configured to receive an externally generated input laser beam (16; 17) in the front face of the crystal (1; 21), with the crystal (1; 21) configured such that the laser beam is reflected within the crystal (1; 21) more than two times while being amplified by the crystal (1; 21) using said absorbed light energy, and wherein the input laser beam (16; 17) is thereby converted by the crystal (1; 21) into an amplified laser beam emitted from an end not including the back face, wherein the laser amplifier device further comprises a filter material provided between said slab crystal and said pump light source, said filter material being configured to convert light energy emitted by the pump light source at a first frequency band into light energy at a converted frequency band that is absorbed by the slab crystal, and to be transparent to light emitted by the pump light source at a second frequency band.
A shapeable fabric comprising: first fibers comprising glass fibers oriented in a first direction; second fibers comprising glass fibers oriented in a second direction; and a stitching yarn , wherein the second direction is within 0 to 90 degrees of the first direction, and the stitching yarn forms a stitching pattern through the shapeable fabric and maintains the first and second fibers in their respective orientations, characterised in that the stitching yarn is an intermingled stitching yarn comprising a plurality of infusion filaments and a plurality of shaping filaments that are intermingled, wherein the shaping filaments have a melting point of less than about 150 °C, and the infusion filaments have a melting point of at least about 180 °C. first fibers comprising glass fibers oriented in a first direction; second fibers comprising glass fibers oriented in a second direction; and a stitching yarn , wherein the second direction is within 0 to 90 degrees of the first direction, and the stitching yarn forms a stitching pattern through the shapeable fabric and maintains the first and second fibers in their respective orientations, the stitching yarn is an intermingled stitching yarn comprising a plurality of infusion filaments and a plurality of shaping filaments that are intermingled, wherein the shaping filaments have a melting point of less than about 150 °C, and the infusion filaments have a melting point of at least about 180 °C.
An inspection device for verifying a semi-finished product for producing a chip card with a recess delimited by a laser cutting edge for receiving an electronic circuit , wherein the laser cutting edge serves as a security feature of the chip card, the inspection device comprising: an illumination source configured to illuminate the semi-finished product with light of a predetermined wavelength; an image camera configured to capture an image acquisition of the illuminated semi-finished product with the recess delimited by the laser cutting edge ; and a processor configured to detect a circumferential region in the captured image acquisition with a light intensity which is greater than a light intensity of a region situated outside the circumferential region in the captured image acquisition in order to determine the course of the laser cutting edge and verify the semi-finished product on the basis of the course of the laser cutting edge , wherein the inspection device is configured such that the semi-finished product is arrangable between the illumination source and the image camera . an illumination source configured to illuminate the semi-finished product with light of a predetermined wavelength; an image camera configured to capture an image acquisition of the illuminated semi-finished product with the recess delimited by the laser cutting edge ; and a processor configured to detect a circumferential region in the captured image acquisition with a light intensity which is greater than a light intensity of a region situated outside the circumferential region in the captured image acquisition in order to determine the course of the laser cutting edge and verify the semi-finished product on the basis of the course of the laser cutting edge , wherein the inspection device is configured such that the semi-finished product is arrangable between the illumination source and the image camera .
A steel wheel for vehicles, comprising a rim and a disc which are mutually coupled, wherein the rim comprises: - a central body part which substantially has a cylindrical extension, - an internal shoulder profile arranged at a first end of said body and configured to receive an internal edge of a tire, - a terminal end arranged at a second and opposite end of said body , and wherein the disc comprises: - a hub portion configured to be connected to an axle of the vehicle, a perimetric front flange and a connecting portion which connects the hub portion to the front flange , wherein the front flange is provided with an annular seat which accommodates at least partly the terminal end of the rim , characterized in that the terminal end of the rim is flared in a radial direction and is extended outward by an arc (C, C') comprised between 35° and 89° with respect to a plane that is perpendicular to an axis of symmetry (X, X') of the rim with a radius of curvature (r1, r1') comprised between 3 mm and 8 mm. wherein the rim comprises: - a central body part which substantially has a cylindrical extension, - an internal shoulder profile arranged at a first end of said body and configured to receive an internal edge of a tire, - a terminal end arranged at a second and opposite end of said body , - a central body part which substantially has a cylindrical extension, - an internal shoulder profile arranged at a first end of said body and configured to receive an internal edge of a tire, - a terminal end arranged at a second and opposite end of said body , and wherein the disc comprises: - a hub portion configured to be connected to an axle of the vehicle, a perimetric front flange and a connecting portion which connects the hub portion to the front flange , - a hub portion configured to be connected to an axle of the vehicle, a perimetric front flange and a connecting portion which connects the hub portion to the front flange , wherein the front flange is provided with an annular seat which accommodates at least partly the terminal end of the rim , characterized in that the terminal end of the rim is flared in a radial direction and is extended outward by an arc (C, C') comprised between 35° and 89° with respect to a plane that is perpendicular to an axis of symmetry (X, X') of the rim with a radius of curvature (r1, r1') comprised between 3 mm and 8 mm.
An elastomer-metal cord composite , wherein a metal cord consisting of a bundle of plural metal filaments arranged in a single row without being twisted together is coated with an elastomer , wherein a gap (G) is provided between adjacent metal filaments , when the diameter of the metal filaments is defined as D (mm), a gap amount, which is a distance between the surfaces of the adjacent metal filaments that is measured in a direction orthogonal to an extending direction of the metal cord , is defined as G (mm), and the number of metal filaments constituting the metal cord is defined as N (filaments), the elastomer-metal cord composite satisfies a relationship expressed by the following Formula : 0.45 ≤ D / 2 2 × π × N / D × D × N + G × N − 1 ≤ 0.77 wherein, D and G > 0, and N is an integer, the adjacent metal filaments have an elastomer coating ratio of 10% or higher per unit length on a widthwise side surface of the metal cord , and an inter-cord distance w, which is a distance between adjacent metal cords that is measured in the direction orthogonal to the extending direction of the metal cords , is 0.25 mm to 2.0 mm, characterized in that the metal filaments are unpatterned straight metal filaments. a gap (G) is provided between adjacent metal filaments , when the diameter of the metal filaments is defined as D (mm), a gap amount, which is a distance between the surfaces of the adjacent metal filaments that is measured in a direction orthogonal to an extending direction of the metal cord , is defined as G (mm), and the number of metal filaments constituting the metal cord is defined as N (filaments), the elastomer-metal cord composite satisfies a relationship expressed by the following Formula : 0.45 ≤ D / 2 2 × π × N / D × D × N + G × N − 1 ≤ 0.77 wherein, D and G > 0, and N is an integer, the adjacent metal filaments have an elastomer coating ratio of 10% or higher per unit length on a widthwise side surface of the metal cord , and an inter-cord distance w, which is a distance between adjacent metal cords that is measured in the direction orthogonal to the extending direction of the metal cords , is 0.25 mm to 2.0 mm, characterized in that the metal filaments are unpatterned straight metal filaments.
A portable communication device comprising: a housing including a metal housing member at least partially forming an outer side surface of the portable communication device, a seating groove formed in the metal housing member, the metal housing member including a first metal portion and a second metal portion; a resin member including a first portion formed in the seating groove of the metal housing member and a second portion formed between the first metal portion and the second metal portion; and a window glass forming at least a part of an outer surface of the portable communication device, wherein the first portion of the resin member is partially exposed to an outside of the portable communication device between the metal housing member and the window glass and the second portion of the resin member is partially exposed to the outside of the portable communication device between the first metal portion and the second metal portion. a housing including a metal housing member at least partially forming an outer side surface of the portable communication device, a seating groove formed in the metal housing member, the metal housing member including a first metal portion and a second metal portion; a resin member including a first portion formed in the seating groove of the metal housing member and a second portion formed between the first metal portion and the second metal portion; and a window glass forming at least a part of an outer surface of the portable communication device, wherein the first portion of the resin member is partially exposed to an outside of the portable communication device between the metal housing member and the window glass and the second portion of the resin member is partially exposed to the outside of the portable communication device between the first metal portion and the second metal portion.
A dual damper device for a vehicle air vent, comprising: a dial knob coupled with a dial support so as to rotate in one side direction or the other side direction; a gear bush , of which an upper end portion is fixed and coupled to the bottom surface of the dial knob ; a guide gear having a rack gear part , which is formed at one side portion thereof and engaged with a pinion gear part , which is formed at the lower portion of the gear bush , so as to move forwards or backwards; and a damper configured to be provided in an air channel of a duct housing so as to rotate in one side direction or the other side direction according to the forward or backward movement amount of the guide gear , characterized in that the guide gear , which has the rack gear part formed at the one side portion thereof so as to be engaged with the pinion gear part , has a coupling protrusion , which is formed to be protruded outwards at the other side portion thereof so as to be coupled with the damper . a dial knob coupled with a dial support so as to rotate in one side direction or the other side direction; a gear bush , of which an upper end portion is fixed and coupled to the bottom surface of the dial knob ; a guide gear having a rack gear part , which is formed at one side portion thereof and engaged with a pinion gear part , which is formed at the lower portion of the gear bush , so as to move forwards or backwards; and a damper configured to be provided in an air channel of a duct housing so as to rotate in one side direction or the other side direction according to the forward or backward movement amount of the guide gear , characterized in that the guide gear , which has the rack gear part formed at the one side portion thereof so as to be engaged with the pinion gear part , has a coupling protrusion , which is formed to be protruded outwards at the other side portion thereof so as to be coupled with the damper .