mhurhangee/patent-ind-claim-en huggingface dataset:
A tennis racket frame formed of a pipe having an outer surface , an inner surface , and a pair of middle surfaces each disposed between the outer surface and the inner surface , the racket frame includes a head , two throats , a shaft and a grip ; the throats extend from the head to reach the shaft and the shaft extends from a place to which the two throats join; wherein the tennis racket frame except for the grip is divided into a top section , a grip-side section , and a central section disposed between the top section and the grip-side section ; the tennis racket frame comprising: 1) an inner thick part in which the middle surfaces are inclined with respect to a ball hitting surface such that a thickness of the pipe is gradually increased inward; and either wherein the tennis racket frame comprises 2a) an outer thick part in which the middle surfaces are inclined with respect to the ball hitting surface such that the thickness of the pipe is gradually increased outward or wherein 2b) the central section has the inner thick part , characterized in that the tennis racket frame comprises 3) a uniform thickness part in which the middle surfaces are parallel to the ball hitting surface, wherein the uniform thickness part is arranged in the grip-side section of the tennis racket frame , the grip-side section being a section that includes portions of the throats and a portion of the shaft . 1) an inner thick part in which the middle surfaces are inclined with respect to a ball hitting surface such that a thickness of the pipe is gradually increased inward; and either wherein the tennis racket frame comprises 2a) an outer thick part in which the middle surfaces are inclined with respect to the ball hitting surface such that the thickness of the pipe is gradually increased outward or wherein 2b) the central section has the inner thick part , characterized in that the tennis racket frame comprises 3) a uniform thickness part in which the middle surfaces are parallel to the ball hitting surface, wherein the uniform thickness part is arranged in the grip-side section of the tennis racket frame , the grip-side section being a section that includes portions of the throats and a portion of the shaft .
A cosmetic composition comprising, in a physiologically acceptable medium, an essential oil of immortelle and an oily extract of immortelle distillation residue, which oily extract of immortelle distillation residue contains sterols; saturated or unsaturated, linear C 7 -C 10 carboxylic acids, including 2-(Z)-decenoic acid and 4-(Z)-decenoic acid; benzoic acid; and ethyl esters of saturated or unsaturated, linear C 8 -C 18 fatty acids.
A method of manufacturing a load structure , the method comprising: forming a panel having a first side and a second side ; trimming the panel , including clearing a fill passage through the panel from the first side to the second side ; applying an over rim coating on the second side of the panel via an over rim tool by which a resin is injected through the fill passage from the first side to the second side ; trimming the panel to a final footprint of the load structure ; and performing final assembly to form the load structure , characterized in that forming the panel includes: applying a coating of polyurethane to a top surface and a bottom surface of a core ; and heating the core in a mold until the polyurethane is cured, the mold defining the geometry of the panel . forming a panel having a first side and a second side ; trimming the panel , including clearing a fill passage through the panel from the first side to the second side ; applying an over rim coating on the second side of the panel via an over rim tool by which a resin is injected through the fill passage from the first side to the second side ; trimming the panel to a final footprint of the load structure ; and performing final assembly to form the load structure , characterized in that forming the panel includes: applying a coating of polyurethane to a top surface and a bottom surface of a core ; and heating the core in a mold until the polyurethane is cured, the mold defining the geometry of the panel . applying a coating of polyurethane to a top surface and a bottom surface of a core ; and heating the core in a mold until the polyurethane is cured, the mold defining the geometry of the panel .
Unit for the micronization of a solid active agent to be micronized for inhalation purposes, such as a salt, preferably table salt (NaCI), comprising a micronizer driven by a motor , wherein micronization is performed by a unit constituted by a closed rotary drum containing a solid active agent having the same grain size, preferably 0.1-4 mm, as table salt (NaCI), where the wall surfaces of the micronizer unit are made at least in part_of a material having a filtering capacity of 0.1-1000 μm, the material preferably being a mesh-like or microperforated material.
A method for viewport dependent video streaming (VDS), the method performed by at least one processor and comprising: - sending a viewport dependent video from a video capture subsystem to a streaming client having a viewport; wherein the method is characterized in - setting a threshold for a degree of change in a spatial orientation of the viewport; - determining whether a degree of change in a spatial orientation of the viewport exceeds the threshold and whether an amount of time having elapsed from regularly signaling viewport information from the streaming client to the video capture subsystem is less than a predetermined amount of time; and - signaling viewport information from the streaming client to the video capture subsystem based on determining whether the threshold for the degree of change in a spatial orientation of the viewport has been exceeded and whether the amount of time having elapsed from regularly signaling viewport information from the streaming client to the video capture subsystem is less than the predetermined amount of time. - sending a viewport dependent video from a video capture subsystem to a streaming client having a viewport; wherein the method is characterized in - setting a threshold for a degree of change in a spatial orientation of the viewport; - determining whether a degree of change in a spatial orientation of the viewport exceeds the threshold and whether an amount of time having elapsed from regularly signaling viewport information from the streaming client to the video capture subsystem is less than a predetermined amount of time; and - signaling viewport information from the streaming client to the video capture subsystem based on determining whether the threshold for the degree of change in a spatial orientation of the viewport has been exceeded and whether the amount of time having elapsed from regularly signaling viewport information from the streaming client to the video capture subsystem is less than the predetermined amount of time.
Sole for a shoe , in particular for a sports shoe, comprising: a. a first partial region comprising a first expanded thermoplastic polyurethane, TPU, wherein the first expanded TPU comprises particles of expanded TPU and wherein the properties of the first expanded TPU vary gradually across the first partial region; and b. a second partial region , which is free from expanded TPU and provides increased stability. a. a first partial region comprising a first expanded thermoplastic polyurethane, TPU, wherein the first expanded TPU comprises particles of expanded TPU and wherein the properties of the first expanded TPU vary gradually across the first partial region; and b. a second partial region , which is free from expanded TPU and provides increased stability.
An apparatus for generating an image signal in which pixels are encoded in N bit words, the apparatus comprising: a receiver configured to obtain high dynamic range pixel values in accordance with a first color representation in M bit words; a first generator configured to encode the high dynamic range pixel values as the N bit words defined by a second color representation, wherein the N bit words are mapped from the M bit words; wherein the first generator is further configured to alternatively include either the high dynamic range N bit words or low dynamic range pixel values in a segment of the image signal, and a second generator arranged to include in the image signal an indicator indicating whether the segment comprises the high dynamic range N bit words or the low dynamic range pixel values, the indicator further comprising data specifying how a mapping was done from the M bit words to the N bit words in the alternative that the high dynamic range N bit words are included in the segment, wherein the second generator is further arranged to include a second indicator in the image signal, the second indicator indicating that the segment is being used for low dynamic range pixel values both when the segment comprises the low dynamic range pixel values and when the segment comprises the high dynamic range N bit words. a receiver configured to obtain high dynamic range pixel values in accordance with a first color representation in M bit words; a first generator configured to encode the high dynamic range pixel values as the N bit words defined by a second color representation, wherein the N bit words are mapped from the M bit words; wherein the first generator is further configured to alternatively include either the high dynamic range N bit words or low dynamic range pixel values in a segment of the image signal, and a second generator arranged to include in the image signal an indicator indicating whether the segment comprises the high dynamic range N bit words or the low dynamic range pixel values, the indicator further comprising data specifying how a mapping was done from the M bit words to the N bit words in the alternative that the high dynamic range N bit words are included in the segment, wherein the second generator is further arranged to include a second indicator in the image signal, the second indicator indicating that the segment is being used for low dynamic range pixel values both when the segment comprises the low dynamic range pixel values and when the segment comprises the high dynamic range N bit words.
A method of fabricating a composite part, the method comprising: providing a preform on a tool mandrel ; positioning sensors around the preform according to a target shape of the composite part; sealing the preform with a vacuum bag to form a chamber ; applying heat and pressure to the chamber to infuse a resin into the preform to create a composite preform undergoing infusion; using the sensors, monitoring a thickness of the composite preform prior to completing cure of the composite preform ; analyzing the thickness of the composite preform with respect to historical data of prior composite part fabrications; calculating adjusted values for the pressure to apply prior to completing cure based on the thickness of the composite preform and the historical data; calculating the adjusted values based on a correlation in the historical data between physical characteristics of composite preforms and a cured thickness of the prior composite part fabrications; and adjusting the pressure during the infusion of the resin and prior to completing cure of the composite preform based on the adjusted values. providing a preform on a tool mandrel ; positioning sensors around the preform according to a target shape of the composite part; sealing the preform with a vacuum bag to form a chamber ; applying heat and pressure to the chamber to infuse a resin into the preform to create a composite preform undergoing infusion; using the sensors, monitoring a thickness of the composite preform prior to completing cure of the composite preform ; analyzing the thickness of the composite preform with respect to historical data of prior composite part fabrications; calculating adjusted values for the pressure to apply prior to completing cure based on the thickness of the composite preform and the historical data; calculating the adjusted values based on a correlation in the historical data between physical characteristics of composite preforms and a cured thickness of the prior composite part fabrications; and adjusting the pressure during the infusion of the resin and prior to completing cure of the composite preform based on the adjusted values.
A feeder for a knitting machine , the feeder comprising: a carrier configured to secure the feeder to a knitting machine such that the feeder is movable along an axis with respect to a rail of the knitting machine ; a feeder arm extending from the carrier , the feeder arm including a first dispensing area and a second dispensing area configured for respectively supplying a first and second yarn to a needle bed of the knitting machine; a first and a second cutting device coupled to the feeder arm and configured to respectively cut the first and second yarn to disengage them from the needle bed of the knitting machine ; characterized in that the feeder arm includes a starting device that includes at least one outlet that is at an end of the feeder arm, the outlet being configured to dispense a pressurized gas to selectively guide a cut end of the first yarn and the second yarn to a needle of the needle bed during a starting procedure; wherein the outlet is located between the first dispensing area and the second dispensing area , the first dispensing area being located below the first cutting device and the second dispensing area being located below the second cutting device . a carrier configured to secure the feeder to a knitting machine such that the feeder is movable along an axis with respect to a rail of the knitting machine ; a feeder arm extending from the carrier , the feeder arm including a first dispensing area and a second dispensing area configured for respectively supplying a first and second yarn to a needle bed of the knitting machine; a first and a second cutting device coupled to the feeder arm and configured to respectively cut the first and second yarn to disengage them from the needle bed of the knitting machine ; characterized in that the feeder arm includes a starting device that includes at least one outlet that is at an end of the feeder arm, the outlet being configured to dispense a pressurized gas to selectively guide a cut end of the first yarn and the second yarn to a needle of the needle bed during a starting procedure; wherein the outlet is located between the first dispensing area and the second dispensing area , the first dispensing area being located below the first cutting device and the second dispensing area being located below the second cutting device .
A slip yoke assembly comprising: a shaft sleeve that is rotatable about an axis , the shaft sleeve having a first shaft sleeve cavity that extends around the axis , a set of shaft sleeve splines that are arranged around the first shaft sleeve cavity and face away from the axis ; a yoke sleeve that receives the shaft sleeve , the yoke sleeve having a set of yoke sleeve splines that mates with the set of shaft sleeve splines and permits axial movement of the yoke sleeve with respect to the shaft sleeve ; and a yoke that is fixedly disposed on the yoke sleeve , wherein the yoke and the yoke sleeve are moveable along the axis with respect to the shaft sleeve ; the shaft sleeve further comprising a second shaft sleeve cavity that extends around the axis and that extends from the first shaft sleeve cavity wherein the second shaft sleeve cavity is configured to receive a shaft such that the shaft sleeve does not rotate with respect to the shaft . a shaft sleeve that is rotatable about an axis , the shaft sleeve having a first shaft sleeve cavity that extends around the axis , a set of shaft sleeve splines that are arranged around the first shaft sleeve cavity and face away from the axis ; a yoke sleeve that receives the shaft sleeve , the yoke sleeve having a set of yoke sleeve splines that mates with the set of shaft sleeve splines and permits axial movement of the yoke sleeve with respect to the shaft sleeve ; and a yoke that is fixedly disposed on the yoke sleeve , wherein the yoke and the yoke sleeve are moveable along the axis with respect to the shaft sleeve ;
A system comprising: a set of containers for storing therein a liquid drug substance or other pharmaceutical solution which is to be frozen and thawed, with each of the containers in the set having an essentially parallelepiped configuration with a substance-receiving cavity defined therein by the walls of the container ; wherein each of the containers in the set has a pair of major walls on opposite sides of the container that define a length and a height of the respective container, the major walls of each of the containers being spaced apart by a distance that defines a width of the respective container ; wherein the substance-receiving cavity of at least one of the containers in the set has a first volume and the substance-receiving cavity of at least another one of the containers in the set has a second volume, which is different from the first volume; and wherein all of the containers in the set have the same width, such that a freeze-path length associated with each of the containers in the set is essentially the same, wherein the set of containers comprises: a first container; and a plurality of second containers; characterised in that the system comprises a cassette, wherein the second containers are secured together by the cassette to form a group of containers, the group of containers having essentially the same length and height as the first container. a set of containers for storing therein a liquid drug substance or other pharmaceutical solution which is to be frozen and thawed, with each of the containers in the set having an essentially parallelepiped configuration with a substance-receiving cavity defined therein by the walls of the container ; wherein each of the containers in the set has a pair of major walls on opposite sides of the container that define a length and a height of the respective container, the major walls of each of the containers being spaced apart by a distance that defines a width of the respective container ; wherein the substance-receiving cavity of at least one of the containers in the set has a first volume and the substance-receiving cavity of at least another one of the containers in the set has a second volume, which is different from the first volume; and wherein all of the containers in the set have the same width, such that a freeze-path length associated with each of the containers in the set is essentially the same, wherein the set of containers comprises: a first container; and a plurality of second containers; characterised in that the system comprises a cassette, wherein the second containers are secured together by the cassette to form a group of containers, the group of containers having essentially the same length and height as the first container. a first container; and a plurality of second containers; characterised in that the system comprises a cassette, wherein the second containers are secured together by the cassette to form a group of containers, the group of containers having essentially the same length and height as the first container.
A vibrating actuator, comprising: a stationary magnetic part including at least two magnets arranged with same polarities facing each other; a movable receiving part including a hollow member with a cavity for receiving the magnetic part and having two open ends such that the hollow member forms a tube and at least one coil wrapped around the hollow member and fixed thereto; elastic means interconnecting the magnetic part and the hollow member ; a stationary chassis ; and stationary attachment means , wherein the stationary magnetic part is fixed to the stationary chassis via the stationary attachment means ; characterized in that the elastic means are attached to the hollow member on both open ends thereof and to the attachment means at the longitudinally outer ends of the arrangement of magnets ; and wherein the movable receiving part performs a linear movement with changing direction causing the vibration when an alternating current passes through the at least one coil . a stationary magnetic part including at least two magnets arranged with same polarities facing each other; a movable receiving part including a hollow member with a cavity for receiving the magnetic part and having two open ends such that the hollow member forms a tube and at least one coil wrapped around the hollow member and fixed thereto; a hollow member with a cavity for receiving the magnetic part and having two open ends such that the hollow member forms a tube and at least one coil wrapped around the hollow member and fixed thereto; elastic means interconnecting the magnetic part and the hollow member ; a stationary chassis ; and stationary attachment means , wherein the stationary magnetic part is fixed to the stationary chassis via the stationary attachment means ; characterized in that the elastic means are attached to the hollow member on both open ends thereof and to the attachment means at the longitudinally outer ends of the arrangement of magnets ; and wherein the movable receiving part performs a linear movement with changing direction causing the vibration when an alternating current passes through the at least one coil .
A process for the recovery of glyoxylic acid from an aqueous solution comprising glyoxylic acid and oxalic acid, said process comprising the steps of: (i) providing an aqueous solution comprising glyoxylic acid and oxalic acid, (ii) precipitating at least a portion of the oxalic acid using low-temperature crystallization at a temperature of at most 18 °C, (iii) separating the precipitated oxalic acid from the solution to obtain a solution depleted in oxalic acid, (iv) concentrating the solution depleted in oxalic obtained in step (iii) using reverse osmosis, repeating steps (ii)-(iv) with the concentrated solution obtained in step (iv) until a purified glyoxylic acid stream with a predetermined degree of purity is obtained. (i) providing an aqueous solution comprising glyoxylic acid and oxalic acid, (ii) precipitating at least a portion of the oxalic acid using low-temperature crystallization at a temperature of at most 18 °C, (iii) separating the precipitated oxalic acid from the solution to obtain a solution depleted in oxalic acid, (iv) concentrating the solution depleted in oxalic obtained in step (iii) using reverse osmosis,
A method for detecting an analyte in a body fluid sample containing a plurality of cells , wherein the analyte is inside the plurality of cells, said method comprising: receiving a body fluid sample containing a plurality of cells ; and performing an immunoassay of said body fluid sample containing a plurality of cells , including: - activating the plurality of cells contained in the body fluid sample to release an analyte from inside the plurality of cells without lysing the cells itself; - forming a complex comprising an anti-analyte-antibody and said analyte, wherein the forming of said complex proceeds at least partially simultaneous to the activating of said plurality of cells ; and - detecting formation of said complex . - activating the plurality of cells contained in the body fluid sample to release an analyte from inside the plurality of cells without lysing the cells itself; - forming a complex comprising an anti-analyte-antibody and said analyte, wherein the forming of said complex proceeds at least partially simultaneous to the activating of said plurality of cells ; and - detecting formation of said complex .