mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a pneumatic tire having a sidewall-over-tread structure with the sidewall formed to cover tread ends, comprising: the first cover forming step of wrapping sidewalls on opposite end portions of a first forming drum , pasting an inner liner and a ply on the center of the first forming drum , setting a pair of beads inside said sidewalls , and forming sides of tread by strip-winding on said ply inside said beads , and thereby forming a first cover ; the tread ring forming step of successively pasting, on a second forming drum , a breaker and a band and then forming a center of tread by strip-winding on said band , and thereby forming a cylindrical tread ring ; the shaping step of inserting said first cover inside said tread ring , and inflating that portion of said first cover which is between the said beads, and thereby pressure-bonding said tread ring with said first cover to form a shape of a low cover, and the turn-up step of turning said sidewalls outside of said beads toward side surfaces of said inflated first cover and pasting said sidewalls on the side surfaces of said first cover , wherein each of said sides of tread is formed at positions outside said band to be adjacent to respective ends of the center of tread in a tire axial direction when the first cover is inflated at the shaping step, and bonding said sides of tread on the first cover and said center of tread on said tread ring at the turn-up step. the first cover forming step of wrapping sidewalls on opposite end portions of a first forming drum , pasting an inner liner and a ply on the center of the first forming drum , setting a pair of beads inside said sidewalls , and forming sides of tread by strip-winding on said ply inside said beads , and thereby forming a first cover ; the tread ring forming step of successively pasting, on a second forming drum , a breaker and a band and then forming a center of tread by strip-winding on said band , and thereby forming a cylindrical tread ring ; the shaping step of inserting said first cover inside said tread ring , and inflating that portion of said first cover which is between the said beads, and thereby pressure-bonding said tread ring with said first cover to form a shape of a low cover, and the turn-up step of turning said sidewalls outside of said beads toward side surfaces of said inflated first cover and pasting said sidewalls on the side surfaces of said first cover , wherein each of said sides of tread is formed at positions outside said band to be adjacent to respective ends of the center of tread in a tire axial direction when the first cover is inflated at the shaping step, and bonding said sides of tread on the first cover and said center of tread on said tread ring at the turn-up step.
A computer implemented method for warping virtual content in a mixed reality system for display with a real physical object, wherein the virtual content includes image information and a source X, Y, and Z location in a source frame of reference, the method comprising: generating warped virtual content by transforming source virtual content; determining whether a memory location corresponding to an X, Y location of the warped virtual content in an output frame of reference is occupied by pre-existing virtual content; storing the warped virtual content in the memory location if the memory location is not occupied by the pre-existing virtual content; comparing respective Z locations of the warped virtual content and the pre-existing virtual content to identify virtual content with a Z location closer to a viewing location in the output frame of reference if the memory location is occupied by the pre-existing virtual content; and storing the warped virtual content in the memory location corresponding to the X, Y location if a Z location of the warped virtual content is closer to the viewing location than a pre-existing Z location of the pre-existing virtual content in the output frame of reference; wherein generating the warped virtual content, determining whether the memory location is occupied, comparing the respective Z locations of the warped virtual content and the pre-existing virtual content if the memory location is occupied, and storing the warped virtual content in the memory location all occur in a single pass. generating warped virtual content by transforming source virtual content; determining whether a memory location corresponding to an X, Y location of the warped virtual content in an output frame of reference is occupied by pre-existing virtual content; storing the warped virtual content in the memory location if the memory location is not occupied by the pre-existing virtual content; comparing respective Z locations of the warped virtual content and the pre-existing virtual content to identify virtual content with a Z location closer to a viewing location in the output frame of reference if the memory location is occupied by the pre-existing virtual content; and storing the warped virtual content in the memory location corresponding to the X, Y location if a Z location of the warped virtual content is closer to the viewing location than a pre-existing Z location of the pre-existing virtual content in the output frame of reference; wherein generating the warped virtual content, determining whether the memory location is occupied, comparing the respective Z locations of the warped virtual content and the pre-existing virtual content if the memory location is occupied, and storing the warped virtual content in the memory location all occur in a single pass.
A human assistance device, comprising: an upper torso harness configured to attach to a user ; and a leg strap arrangement extending down the legs of the user and including a thigh portion over a gluteal area and the hamstrings of the user, the leg strap arrangement further including a knee portion including a knee pad over the front of the knee area of the user, and the leg strap arrangement further including a calf portion over the calf area of the user, wherein the thigh portion is adapted to affix to the upper torso harness proximate to the gluteal area of the user and configured to extend down from the gluteal area over the hamstrings of the user to the knee pad , and wherein the calf portion is configured to extend down from the knee pad over the calf area of the user to a foot anchor , wherein the upper torso harness and leg strap arrangement comprise elastic material. an upper torso harness configured to attach to a user ; and a leg strap arrangement extending down the legs of the user and including a thigh portion over a gluteal area and the hamstrings of the user, the leg strap arrangement further including a knee portion including a knee pad over the front of the knee area of the user, and the leg strap arrangement further including a calf portion over the calf area of the user, wherein the thigh portion is adapted to affix to the upper torso harness proximate to the gluteal area of the user and configured to extend down from the gluteal area over the hamstrings of the user to the knee pad , and wherein the calf portion is configured to extend down from the knee pad over the calf area of the user to a foot anchor , wherein the upper torso harness and leg strap arrangement comprise elastic material.
A cartridge comprising a) a body including a receptacle for receiving a product, and b) a top having a closure , wherein the closure includes i) a closure platform having an opening including a closure seal covering the opening, or ii) lines of weakness, and wherein a closure bottom has i) an opening with a seal or ii) lines of weakness, the opening with seal or lines of weakness being suitable to permit a dip tube to penetrate said cartridge top and open said cartridge bottom characterized in that at least one of the closure seal and the seal of the closure bottom of the cartridge comprises a seal including an in mold label.
A method of operating a hydraulic machine for controlling a transition between a pump mode of the machine to a turbine mode of the machine , wherein the method comprises providing a hydraulic torque and an electric torque to the hydraulic machine to control the rotation speed of the machine during the transition, wherein the method comprises coupling the hydraulic machine to a grid , the step of coupling the hydraulic machine to the grid comprising opening an electric torque circuit breaker between the source of the electric torque and the machine, wherein the electric torque is provided using a battery connected to the alternator of the hydraulic machine via a DC/AC conversion unit.
Apparatus for mass spectrometry and/or ion mobility spectrometry comprising: a first device arranged and adapted to generate aerosol, smoke or vapour from a target; a mass analyser and/or ion mobility analyser for mass analysing and/or ion mobility analysing the aerosol, smoke or vapour; one or more second devices arranged and adapted to aspirate said aerosol, smoke or vapour from said target to or towards the analyser; and a liquid trap or separator provided between said first device and said mass and/or ion mobility analyser, wherein said liquid trap or separator comprises a liquid collector or drain and a liquid detector arranged and adapted to detect undesired liquid aspirated by said one or more second devices, wherein said liquid trap or separator is arranged and adapted to capture and/or discard liquid aspirated by said one or more second devices and wherein said liquid trap or separator is further arranged and adapted such that when said liquid detector detects undesired liquid aspirated by said one or more second devices then said liquid trap or separator is arranged and adapted to divert at least some of said undesired liquid to said liquid collector or drain, wherein the undesired liquid is unrelated to the target of interest. a first device arranged and adapted to generate aerosol, smoke or vapour from a target; a mass analyser and/or ion mobility analyser for mass analysing and/or ion mobility analysing the aerosol, smoke or vapour; one or more second devices arranged and adapted to aspirate said aerosol, smoke or vapour from said target to or towards the analyser; and a liquid trap or separator provided between said first device and said mass and/or ion mobility analyser, wherein said liquid trap or separator comprises a liquid collector or drain and a liquid detector arranged and adapted to detect undesired liquid aspirated by said one or more second devices, wherein said liquid trap or separator is arranged and adapted to capture and/or discard liquid aspirated by said one or more second devices and wherein said liquid trap or separator is further arranged and adapted such that when said liquid detector detects undesired liquid aspirated by said one or more second devices then said liquid trap or separator is arranged and adapted to divert at least some of said undesired liquid to said liquid collector or drain, wherein the undesired liquid is unrelated to the target of interest.
A blade outer air seal assembly , comprising: a support structure ; a blade outer air seal having a plurality of seal segments arranged circumferentially about an axis (A) and mounted in the support structure by a carrier ; a coverplate arranged between the carrier and at least one of the plurality of seal segments , wherein the seal segment has first and second walls extending from an inner platform and joined at an outer wall to form a circumferentially extending passage , wherein at least a portion of the carrier and the coverplate are arranged within the circumferentially extending passage of the seal segment , the coverplate forming a first passage between the coverplate and the carrier and a second passage between the coverplate and the seal segment , wherein the carrier has a channel in a radially inner surface, the channel forming the first passage , wherein a recess is machined into the radially inner surface of the carrier , the recess being generally rectangular in shape and extending most of the width and length of the carrier in the circumferential and axial directions, and wherein the channel is machined into the recess . a support structure ; a blade outer air seal having a plurality of seal segments arranged circumferentially about an axis (A) and mounted in the support structure by a carrier ; a coverplate arranged between the carrier and at least one of the plurality of seal segments , wherein the seal segment has first and second walls extending from an inner platform and joined at an outer wall to form a circumferentially extending passage , wherein at least a portion of the carrier and the coverplate are arranged within the circumferentially extending passage of the seal segment , the coverplate forming a first passage between the coverplate and the carrier and a second passage between the coverplate and the seal segment , wherein the carrier has a channel in a radially inner surface, the channel forming the first passage , wherein a recess is machined into the radially inner surface of the carrier , the recess being generally rectangular in shape and extending most of the width and length of the carrier in the circumferential and axial directions, and wherein the channel is machined into the recess .
A flow conduit insert (FCI) for a flow conduit (CON) of an ultrasonic utility flow meter (UFM), the ultrasonic utility flow meter (UFM) being arranged to measure a flow of a liquid passing through the flow conduit (CON) by means of an ultrasound signal, the flow conduit insert (FCI) being adapted for being inserted into the inner space of the flow conduit (CON), the flow conduit insert (FCI) being adapted for accommodating the entire path (PTH) in the flow conduit (CON) of the ultrasound signal, the flow conduit insert (FCI) having a first end and a second opposite end and an inner flow channel (CHN), said first and second ends being connected by the flow channel (CHN), the flow conduit insert (FCI) being adapted such that the flow of liquid passes through the flow channel (CHN), wherein the flow conduit insert (FCI) comprises a first and a second part forming the flow channel (CHN), said first and second parts each extending from said first end to said second end , wherein each of said first and second parts comprises one or more guide elements (GUE) extending into the flow channel (CHN), the one or more guide elements (GUE) being integral with the first and second part , respectively, wherein the flow conduit (CON) has a longitudinal center axis (CAX), and wherein the longitudinal center axis (CAX) of the flow conduit (CON) is free of contact with the flow conduit insert (FCI), including the guide elements (GUE) thereof, and wherein said first and second parts have a mirror symmetry in a plane parallel to the longitudinal direction of the flow conduit insert (FCI) or are substantially identical.
Steering column for a motor vehicle, comprising a casing unit , in which a steering spindle is mounted so as to be rotatable about a longitudinal axis (L) running in the longitudinal direction, and which has at least one inner casing telescopically adjustable in the longitudinal direction in an outer casing tube , comprising a roller guide having at least one bearing support , which is radially supported and movable on the inner casing , and in which at least one roller is mounted so as to be rotatable about a roller axis which is transverse to the longitudinal axis (L), and the roller can be rolled in the longitudinal direction with its outer circumference against the inside of the casing tube , wherein a preloading device interacts with the bearing support in order to preload the roller radially against the casing tube , characterized in that the preloading device has interacting wedge surfaces on the bearing support and a biasing wedge , which surfaces are inclined with respect to a circumferential direction, wherein the biasing wedge is loaded in the circumferential direction relative to the bearing support by a biasing element .
An organic light-emitting diode display device comprising: a substrate on which red, green and blue sub-pixel regions (Pr, Pg, Pb) are defined; first electrodes in the red, green and blue sub-pixel regions (Pr, Pg, Pb), respectively; first, second and third light-emitting layers on the corresponding first electrodes and in the red, green and blue sub-pixel regions (Pr, Pg, Pb), wherein the first light-emitting layers are provided in the red sub-pixel regions (Pr), wherein the second light-emitting layers are provided in the green sub-pixel regions (Pg), wherein the third light-emitting layers are provided in the blue sub-pixel regions (Pb), respectively; a second electrode on the first, second and third light-emitting layers ; and red, green and blue color filters on the second electrode and corresponding to the red, green and blue sub-pixel regions (Pr, Pg, Pb), respectively, wherein a thickness of the first light-emitting layer is smaller than a thickness of the second light emitting layer; characterized in that a thickness of the third light-emitting layer is smaller than the thickness of the first light-emitting layer. a substrate on which red, green and blue sub-pixel regions (Pr, Pg, Pb) are defined; first electrodes in the red, green and blue sub-pixel regions (Pr, Pg, Pb), respectively; first, second and third light-emitting layers on the corresponding first electrodes and in the red, green and blue sub-pixel regions (Pr, Pg, Pb), wherein the first light-emitting layers are provided in the red sub-pixel regions (Pr), wherein the second light-emitting layers are provided in the green sub-pixel regions (Pg), wherein the third light-emitting layers are provided in the blue sub-pixel regions (Pb), respectively; a second electrode on the first, second and third light-emitting layers ; and red, green and blue color filters on the second electrode and corresponding to the red, green and blue sub-pixel regions (Pr, Pg, Pb), respectively, wherein a thickness of the first light-emitting layer is smaller than a thickness of the second light emitting layer; characterized in that a thickness of the third light-emitting layer is smaller than the thickness of the first light-emitting layer.
A balloon dilation device having a distal end and a proximal end , said balloon dilation device comprising - a handle , extending from the proximal end of the balloon dilation device towards the distal end of the balloon dilation device , - a shaft , extending from the distal end of the balloon dilation device towards the proximal end of the balloon dilation device , said shaft having an inflation lumen, - an inflatable balloon , fixedly arranged at the shaft , wherein the balloon is fluidly connected to the inflation lumen such that the balloon can be inflated and deflated by feeding a fluid through the inflation lumen into or out of the balloon, and - at least one sensor coil arranged at the shaft , wherein the at least one sensor coil is configured for capturing an electromagnetic field and for providing a sensor coil signal representing position and orientation of the sensor coil , wherein the balloon dilation device comprises a second sensor coil that is arranged at the shaft , wherein the second sensor coil is displaced at a distance in longitudinal direction from the at least one sensor coil , the shaft has a malleable tip region extending from the distal end of the balloon dilation device toward the proximal end of the balloon dilation device , characterized in that the at least one sensor coil is arranged - at or at least close to the distal end of the shaft - in the malleable tip region , and in that the second sensor coil is arranged at the shaft adjacent to the malleable tip region . - a handle , extending from the proximal end of the balloon dilation device towards the distal end of the balloon dilation device , - a shaft , extending from the distal end of the balloon dilation device towards the proximal end of the balloon dilation device , said shaft having an inflation lumen, - an inflatable balloon , fixedly arranged at the shaft , wherein the balloon is fluidly connected to the inflation lumen such that the balloon can be inflated and deflated by feeding a fluid through the inflation lumen into or out of the balloon, and - at least one sensor coil arranged at the shaft , wherein the at least one sensor coil is configured for capturing an electromagnetic field and for providing a sensor coil signal representing position and orientation of the sensor coil , wherein the balloon dilation device comprises a second sensor coil that is arranged at the shaft , wherein the second sensor coil is displaced at a distance in longitudinal direction from the at least one sensor coil , the shaft has a malleable tip region extending from the distal end of the balloon dilation device toward the proximal end of the balloon dilation device , - at or at least close to the distal end of the shaft - in the malleable tip region , and in that the second sensor coil is arranged at the shaft adjacent to the malleable tip region .
An apparatus for printing on cylindrical objects , the apparatus comprising: a plurality of printheads , each comprising a linear array of ejectors arranged along a horizontal axis; and a plurality of holding devices, each being movable relative to the printheads such that, in use, the holding device moves a cylindrical object between the printheads, wherein the printheads are aligned such that their ejectors are arranged parallel to the longitudinal axis of the cylindrical object , wherein the holding devices are arranged in series, such that each holding device moves a respective cylindrical object to the vicinity of each printhead in turn, wherein each holding device is arranged to rotate the cylindrical object about its longitudinal axis whilst keeping the longitudinal axis parallel with the array of ejectors during printing, wherein the path of the holding devices comprises a plurality of vertical sections which are horizontally offset from one another, wherein each vertical section comprises at least two identically orientated printheads arranged such that they are vertically displaced from one another, with one directly above the other, and wherein each of the holding devices moves the cylindrical object between the at least two vertically displaced printheads such that part or all of its path between the at least two vertically displaced printheads is vertical. a plurality of printheads , each comprising a linear array of ejectors arranged along a horizontal axis; and a plurality of holding devices, each being movable relative to the printheads such that, in use, the holding device moves a cylindrical object between the printheads, wherein the printheads are aligned such that their ejectors are arranged parallel to the longitudinal axis of the cylindrical object , wherein the holding devices are arranged in series, such that each holding device moves a respective cylindrical object to the vicinity of each printhead in turn, wherein each holding device is arranged to rotate the cylindrical object about its longitudinal axis whilst keeping the longitudinal axis parallel with the array of ejectors during printing, wherein the path of the holding devices comprises a plurality of vertical sections which are horizontally offset from one another, wherein each vertical section comprises at least two identically orientated printheads arranged such that they are vertically displaced from one another, with one directly above the other, and wherein each of the holding devices moves the cylindrical object between the at least two vertically displaced printheads such that part or all of its path between the at least two vertically displaced printheads is vertical.