mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter assembly comprising: a catheter shaft having proximal and distal end portions ; an introducer tip associated with the proximal end portion of the catheter shaft ; and an introducer cap assembly removably connected to the introducer tip and defining a groove along at least a portion of an outer perimeter of the introducer cap assembly , wherein the groove is configured to receive at least a portion of the catheter shaft for wrapping the catheter shaft around the outer perimeter of the introducer cap assembly . a catheter shaft having proximal and distal end portions ; an introducer tip associated with the proximal end portion of the catheter shaft ; and an introducer cap assembly removably connected to the introducer tip and defining a groove along at least a portion of an outer perimeter of the introducer cap assembly , wherein the groove is configured to receive at least a portion of the catheter shaft for wrapping the catheter shaft around the outer perimeter of the introducer cap assembly .
A rotor blade for a wind turbine , comprising: a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint , each of the first and second blade segments comprising at least one shell member defining an airfoil surface; one or more pin joints for connecting the first and second blade segments at the chord-wise joint, the one or more pin joints comprising one or more pin joint tubes received within one or more pin joint slots , the one or more pin joint slots secured within a bearing block , characterized by : a gap defined between the one or more pin joint slots and the bearing block; and, a shim within the gap between the one or more pin joint slots and the bearing block so as to retain the one or more pin joint slots within the bearing block, the shim constructed of a liquid material that hardens after being poured into the gap. a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint , each of the first and second blade segments comprising at least one shell member defining an airfoil surface; one or more pin joints for connecting the first and second blade segments at the chord-wise joint, the one or more pin joints comprising one or more pin joint tubes received within one or more pin joint slots , the one or more pin joint slots secured within a bearing block , characterized by : a gap defined between the one or more pin joint slots and the bearing block; and, a shim within the gap between the one or more pin joint slots and the bearing block so as to retain the one or more pin joint slots within the bearing block, the shim constructed of a liquid material that hardens after being poured into the gap.
A printed circuit board (PCB) for a capacitive sensor configured to sense position or motion of a shaft comprising an electrically conducting part, characterized in that the printed circuit board comprises a mounting hole configured to receive the electrically conducting part therethrough, at least one capacitor electrode formed to the printed circuit board , wherein an electrode surface of the electrode extends parallel to a center axis of the mounting hole and faces the center axis.
An automatic analyzer comprising: a reaction disk with a reaction vessel mounted thereupon for causing a reaction between a sample and a reagent; a light source arranged to illuminate the reaction vessel with light; a photometer arranged to detect light that has passed through the reaction vessel; storage means arranged to receive and then to retain calibration curve data used to calculate a concentration of a constituent contained in the sample; and a control unit arranged to control the measurement of the calibration curve data by use of a plurality of standard solution samples of known concentrations for each one of one or more measurement items and to store the measured data into the storage means , the control unit being further arranged to calculate a concentration of the constituent corresponding to a measurement item of the sample based on information detected by the photometer and the calibration curve data stored in the storage means, characterized in that , when the control unit controls the measurement of the calibration curve data, the control unit is arranged to output measurement status information, on the calibration curve data for the plurality of standard solution samples used for each one of the one or more measurement items at the same time, to an information apparatus to present the measurement status information on the calibration curve data for the plurality of standard solution samples used for each one of the one or more measurement items at the same time altogether to a user. a reaction disk with a reaction vessel mounted thereupon for causing a reaction between a sample and a reagent; a light source arranged to illuminate the reaction vessel with light; a photometer arranged to detect light that has passed through the reaction vessel; storage means arranged to receive and then to retain calibration curve data used to calculate a concentration of a constituent contained in the sample; and a control unit arranged to control the measurement of the calibration curve data by use of a plurality of standard solution samples of known concentrations for each one of one or more measurement items and to store the measured data into the storage means , the control unit being further arranged to calculate a concentration of the constituent corresponding to a measurement item of the sample based on information detected by the photometer and the calibration curve data stored in the storage means, characterized in that , when the control unit controls the measurement of the calibration curve data, the control unit is arranged to output measurement status information, on the calibration curve data for the plurality of standard solution samples used for each one of the one or more measurement items at the same time, to an information apparatus to present the measurement status information on the calibration curve data for the plurality of standard solution samples used for each one of the one or more measurement items at the same time altogether to a user.
A method comprising: at an edge stage of a content delivery network, CDN , collecting analytics associated with requests for content in the CDN , wherein the analytics comprise recordable events collected via one or more collectors disposed in the edge stage , wherein the one or more collectors are associated with a plurality of edge servers in the edge stage ; aggregating the collected analytics from the edge stage with analytics collected from at least one other edge stage collector of the CDN ; storing the aggregated analytics in a database according to a configured data model; providing access to the stored analytics data via a portal ; providing, via the portal , for a first customer of the CDN , access to stored analytics associated with requests for content of the first customer; and providing, via the portal , for a second customer of the CDN , access to stored analytics associated with requests for content of the second customer, the method being characterized in that it further comprises the step of, in response to detecting an increase in recordable events in the CDN , instantiating one or more additional collectors and automatically configuring the association of the collectors with the plurality of edge servers to support seamless addition of collectors. at an edge stage of a content delivery network, CDN , collecting analytics associated with requests for content in the CDN , wherein the analytics comprise recordable events collected via one or more collectors disposed in the edge stage , wherein the one or more collectors are associated with a plurality of edge servers in the edge stage ; aggregating the collected analytics from the edge stage with analytics collected from at least one other edge stage collector of the CDN ; storing the aggregated analytics in a database according to a configured data model; providing access to the stored analytics data via a portal ;
Optics cup configured for holding a sample and configured to be positioned and supported in a compartment having a rectangular-shaped opening located in the top surface of a disposable cartridge , the disposable cartridge being configured to be inserted into a magazine configured for insertion and use in an optical analyzer , the optics cup comprising: a rectangular-shaped container for containing the sample, said rectangular-shaped container including two spaced-apart sidewalls , a first end wall , a second end wall , and a floor , said rectangular-shaped container having a rectangular opening for receiving the sample and a lower tapered area extending inwardly and downwardly relative to the rectangular opening and toward said floor , wherein the first end wall has a depth that is less than a depth of said sidewalls and said second end wall , and the lower tapered area extends from the first end wall , wherein the lower tapered area has a surface that is configured to receive from the optical analyzer an illumination beam fed through the rectangular opening and to reflect the beam through the sample, wherein the tapered area is contiguous to the floor , wherein said tapered area is a straight wall, and wherein said straight wall has an angle of approximately 45° relative to one of the spaced apart end walls ; and wherein the lower tapered area is configured such that, when an illumination beam is fed in a downward direction from an optics system through the rectangular opening , the beam is reflected through the sample and directed such that the beam does not cause the floor to fluoresce during its traversal of the sample. a rectangular-shaped container for containing the sample, said rectangular-shaped container including two spaced-apart sidewalls , a first end wall , a second end wall , and a floor , said rectangular-shaped container having a rectangular opening for receiving the sample and a lower tapered area extending inwardly and downwardly relative to the rectangular opening and toward said floor , wherein the first end wall has a depth that is less than a depth of said sidewalls and said second end wall , and the lower tapered area extends from the first end wall , wherein the lower tapered area has a surface that is configured to receive from the optical analyzer an illumination beam fed through the rectangular opening and to reflect the beam through the sample, wherein the tapered area is contiguous to the floor , wherein said tapered area is a straight wall, and wherein said straight wall has an angle of approximately 45° relative to one of the spaced apart end walls ; and wherein the lower tapered area is configured such that, when an illumination beam is fed in a downward direction from an optics system through the rectangular opening , the beam is reflected through the sample and directed such that the beam does not cause the floor to fluoresce during its traversal of the sample.
A panel-layer system for thermal insulation of a shaded surface, comprising a supporting construction in the form of at least two rigid and non-deformable rails, the supporting construction being adapted to be mounted to the outer side of a building envelope, especially a window, especially a roof window, a plurality of lamellae permanently mounted to the supporting construction, wherein the lamellae are inserted into notches of the supporting construction and additionally glued to it, and wherein the inclination angle of each lamella is constant, while for the lamellae placed at the top of the building envelope the inclination angle is less than 70°, preferably 38°, with respect to the plane of the envelope and decreases towards the bottom of the envelope so that the lowest lamella inclines at an angle of not more than 45°, preferably 25°, the inclination angle of the lamellae varies linearly from the highest to the lowest by 13° divided by the number of lamellae and the distance between the lamellae measured along the edge of the supporting construction is the distance of the outermost lamellae divided by the number of lamellae, and the supporting construction is adapted to be mounted to the building envelope so that an air cavity of at least 10 mm wide and not more than 100 mm is maintained between the the supporting construction and the plane of the building envelope. a supporting construction in the form of at least two rigid and non-deformable rails, the supporting construction being adapted to be mounted to the outer side of a building envelope, especially a window, especially a roof window, a plurality of lamellae permanently mounted to the supporting construction, wherein the lamellae are inserted into notches of the supporting construction and additionally glued to it, and wherein the inclination angle of each lamella is constant, while for the lamellae placed at the top of the building envelope the inclination angle is less than 70°, preferably 38°, with respect to the plane of the envelope and decreases towards the bottom of the envelope so that the lowest lamella inclines at an angle of not more than 45°, preferably 25°, the inclination angle of the lamellae varies linearly from the highest to the lowest by 13° divided by the number of lamellae and the distance between the lamellae measured along the edge of the supporting construction is the distance of the outermost lamellae divided by the number of lamellae, and the supporting construction is adapted to be mounted to the building envelope so that an air cavity of at least 10 mm wide and not more than 100 mm is maintained between the the supporting construction and the plane of the building envelope.
A method of generating a composite video for display in a vehicle, the method comprising: generating a plurality of video streams from a plurality of video cameras configured to be positioned on the vehicle; transforming one or more of the plurality of video streams to create a virtual camera viewpoint; combining the plurality of transformed video streams to generate a composite video including a portion of a first image that is generated from a first one of the plurality of video cameras; detecting, with an electronic processor, an object external to the vehicle; determining whether the object at least partially obscures the portion of the first image; and supplementing the portion of the first image with a portion of a second image that is generated by a second one of the plurality of video cameras when the object at least partially obscures the portion of the first image, wherein generating the plurality of video streams from the plurality of video cameras includes generating a plurality of wide-angle images with the plurality of video cameras, wherein transforming the one or more of the plurality of video streams includes transforming the plurality of wide-angle images to a plurality of rectilinear images, and wherein combining the plurality of transformed video streams to generate the composite video includes stitching together the plurality of transformed video streams such that a composite image is formed from the virtual camera viewpoint. generating a plurality of video streams from a plurality of video cameras configured to be positioned on the vehicle; transforming one or more of the plurality of video streams to create a virtual camera viewpoint; combining the plurality of transformed video streams to generate a composite video including a portion of a first image that is generated from a first one of the plurality of video cameras; detecting, with an electronic processor, an object external to the vehicle; determining whether the object at least partially obscures the portion of the first image; and
An apparatus comprising: means for capturing spatial audio data during an image capturing process; means for determining an orientation of the apparatus during the spatial audio data capture; means for generating an audio focus signal from said captured spatial audio data, wherein said audio focus signal is focussed on one or more objects in an image capturing direction of said apparatus; means for generating modified spatial audio data, wherein generating modified spatial audio data comprises excluding the audio focus signal from the captured spatial audio data to obtain spatial audio data corresponding to one or more background objects and modifying the spatial audio data corresponding to the one or more background objects to compensate for one or more changes in orientation of the apparatus during the spatial audio data capture, wherein the means for generating modified spatial audio data is configured to compensate for said one or more changes in orientation of the apparatus by rotating the captured spatial audio data corresponding to the one or more background objects to counter determined changes in the orientation of the apparatus; and means for generating an audio output signal from a combination of the audio focus signal and the modified spatial audio data. means for capturing spatial audio data during an image capturing process; means for determining an orientation of the apparatus during the spatial audio data capture; means for generating an audio focus signal from said captured spatial audio data, wherein said audio focus signal is focussed on one or more objects in an image capturing direction of said apparatus; means for generating modified spatial audio data, wherein generating modified spatial audio data comprises excluding the audio focus signal from the captured spatial audio data to obtain spatial audio data corresponding to one or more background objects and modifying the spatial audio data corresponding to the one or more background objects to compensate for one or more changes in orientation of the apparatus during the spatial audio data capture, wherein the means for generating modified spatial audio data is configured to compensate for said one or more changes in orientation of the apparatus by rotating the captured spatial audio data corresponding to the one or more background objects to counter determined changes in the orientation of the apparatus; and means for generating an audio output signal from a combination of the audio focus signal and the modified spatial audio data.
A single-layer hollow container manufactured by forming a preform by compression-molding, stretching the preform and blow-molding the stretched preform, the container comprising: a resin composition that is formed of 60 to 90% by mass of polyolefin, 2 to 35% by mass of meta-xylylene group-containing polyamides, and 5 to 30% by mass of modified polyolefin, wherein the meta-xylylene group-containing polyamides are dispersed insularly in the polyolefin, the container being characterized in that a proportion of a vertical length, a horizontal length and a thickness of each of the meta-xylylene group-containing polyamide parts dispersed in the hollow container satisfies; the vertical length : the horizontal length : the thickness = 3.3 to 15.8 : 0.5 to 2.0 : 0.03 to 0.6, the thickness indicates a thickness direction in the hollow container, the vertical length indicates a length along the stretching direction, and the horizontal length indicates a direction perpendicular to the thickness direction and the vertical length. a resin composition that is formed of 60 to 90% by mass of polyolefin, 2 to 35% by mass of meta-xylylene group-containing polyamides, and 5 to 30% by mass of modified polyolefin, wherein the meta-xylylene group-containing polyamides are dispersed insularly in the polyolefin, the container being characterized in that a proportion of a vertical length, a horizontal length and a thickness of each of the meta-xylylene group-containing polyamide parts dispersed in the hollow container satisfies; the vertical length : the horizontal length : the thickness = 3.3 to 15.8 : 0.5 to 2.0 : 0.03 to 0.6, the thickness indicates a thickness direction in the hollow container, the vertical length indicates a length along the stretching direction, and the horizontal length indicates a direction perpendicular to the thickness direction and the vertical length.
A coloring composition for manufacturing a film which allows transmission of infrared light, comprising: a coloring material that shields light in a visible range; and an infrared absorber; wherein the coloring material that shields light in the visible range includes an organic black colorant; and the infrared absorber is a compound having an absorption maximum in a wavelength range of 800 nm to 900 nm and is at least one selected from the group consisting of a pyrrolopyrrole compound, a phthalocyanine compound, a naphthalocyanine compound, and a polymethine compound. a coloring material that shields light in a visible range; and an infrared absorber; wherein the coloring material that shields light in the visible range includes an organic black colorant; and
An apparatus for slicing an ingot (I), the apparatus comprising: a mounting part on which the ingot (I) is mounted; a wire saw for slicing the ingot (I), said wire saw being disposed under the mounting part ; a slurry supply part supplying slurry from an upper side of the wire saw ; and a slurry blocking part disposed on the mounting part , wherein the slurry blocking part comprises: a fixing part coupled to one side of the mounting part ; a slurry collection part of which a central portion thereof is coupled to a lower portion of the fixing part ; being characterized in that the apparatus further comprises a slurry induction part inclined upward from one side of the slurry collection part toward the outside, wherein the slurry induction part is spaced apart from the mounting part and the upper portion of the ingot (I). a mounting part on which the ingot (I) is mounted; a wire saw for slicing the ingot (I), said wire saw being disposed under the mounting part ; a slurry supply part supplying slurry from an upper side of the wire saw ; and a slurry blocking part disposed on the mounting part , wherein the slurry blocking part comprises: a fixing part coupled to one side of the mounting part ; a slurry collection part of which a central portion thereof is coupled to a lower portion of the fixing part ; being characterized in that the apparatus further comprises a slurry induction part inclined upward from one side of the slurry collection part toward the outside, wherein the slurry induction part is spaced apart from the mounting part and the upper portion of the ingot (I). a fixing part coupled to one side of the mounting part ; a slurry collection part of which a central portion thereof is coupled to a lower portion of the fixing part ; being characterized in that the apparatus further comprises a slurry induction part inclined upward from one side of the slurry collection part toward the outside, wherein the slurry induction part is spaced apart from the mounting part and the upper portion of the ingot (I).
A building comprising on the one hand a building structure including a roof which extends in a horizontal plane P and which includes a plurality of crossbeams disposed parallel to each other and on the other hand a system for displacing a net stretched between two net posts making it possible to hold the net (i) in a waiting position in which the net is disposed against the roof and (ii) in a use position in which the net is perpendicular to the roof, the displacement system comprising means for holding the net in the waiting position positioned on the underside of the roof and means for holding the net in the use position positioned on the underside of the roof, characterized in that the means for holding the net in the use position are electromagnetic attraction means .