mhurhangee/ep-ind-claims huggingface dataset:
A method for improving computational efficiency in interchangeably sourcing content for retrieval when providing a single address, comprising: identifying, by a tenant, a content asset to be distributed via a content distribution network, CDN, in conjunction with a cloud service hosting the content asset at a provided uniform resource locator, URL, the identified content asset being hosted at the provided URL for consumption by a client; creating, by the cloud service, a hash value based on the provided URL; constructing, at the cloud service, a source URL at which the content asset is hosted for consumption by the cloud service as a source for the CDN, wherein the source URL includes the hash value; creating, by the cloud service, a hash map comprising the hash value; configuring, by the cloud service, the CDN to serve the content asset from a CDN URL and use the source URL as a source from which to cache the content asset in the CDN, wherein the CDN URL points to the cached content asset; and providing, from the cloud service, the hash map to a client device associated with an authenticated client; wherein the client device is provided the provided URL, is not provided the source URL, and is not provided the CDN URL; and wherein the provided URL and the hash value comprised in the hash map enable the client device to construct the CDN URL, wherein the CDN URL includes the hash value. identifying, by a tenant, a content asset to be distributed via a content distribution network, CDN, in conjunction with a cloud service hosting the content asset at a provided uniform resource locator, URL, the identified content asset being hosted at the provided URL for consumption by a client; creating, by the cloud service, a hash value based on the provided URL; constructing, at the cloud service, a source URL at which the content asset is hosted for consumption by the cloud service as a source for the CDN, wherein the source URL includes the hash value; creating, by the cloud service, a hash map comprising the hash value; configuring, by the cloud service, the CDN to serve the content asset from a CDN URL and use the source URL as a source from which to cache the content asset in the CDN, wherein the CDN URL points to the cached content asset; and providing, from the cloud service, the hash map to a client device associated with an authenticated client; wherein the client device is provided the provided URL, is not provided the source URL, and is not provided the CDN URL; and wherein the provided URL and the hash value comprised in the hash map enable the client device to construct the CDN URL, wherein the CDN URL includes the hash value.
A vacuum pump, in particular a turbomolecular pump, comprising at least a first pump stage having at least a first rotor; and at least a second pump stage having at least a second rotor whose axis of rotation is in particular arranged coaxially to that of the first rotor, wherein a first inlet opening, which is substantially circular and which is associated with the first pump stage, and a second inlet opening, which is associated with the second pump stage and which has a substantially rectangular or square basic shape, are provided, wherein the first and second inlet openings (18, 20) are arranged at an axial end face of the vacuum pump and the second inlet opening is connected via a tap channel to a tap opening which is arranged between the first and second pump stages (12, 14).
An artificial shuttlecock comprising: a ball head; a plurality of feathers, each the plurality of feathers comprising: a connecting portion; and a first portion and a second portion respectively disposed on two opposite sides of the connecting portion; and a plurality of stems having a ball head end and a feather end opposite to each other, wherein the ball head end is connected to the ball head, and the feather end is connected to at least one of the feathers, and the feather end is connected to the connecting portion, and each of the stems comprises: a body tapered from an end close to the ball head end to a feather end, wherein the body is made of a carbon fiber reinforced material, characterized in that, each the plurality of feathers further comprises a notch disposed on an outer edge of the second portion; the stem has a thickness between 0.4mm and 0.6 mm; and the end of the body close to the ball head end having a first width, the body at the end of the feather having a second width, wherein the first width is between 2.1 mm and 2.4 mm, the second width is between 0.4 mm and 0.6 mm. a ball head; a plurality of feathers, each the plurality of feathers comprising: a connecting portion; and a first portion and a second portion respectively disposed on two opposite sides of the connecting portion; and a connecting portion; and a first portion and a second portion respectively disposed on two opposite sides of the connecting portion; and a plurality of stems having a ball head end and a feather end opposite to each other, wherein the ball head end is connected to the ball head, and the feather end is connected to at least one of the feathers, and the feather end is connected to the connecting portion, and each of the stems comprises: a body tapered from an end close to the ball head end to a feather end, wherein the body is made of a carbon fiber reinforced material, characterized in that, each the plurality of feathers further comprises a notch disposed on an outer edge of the second portion; the stem has a thickness between 0.4mm and 0.6 mm; and the end of the body close to the ball head end having a first width, the body at the end of the feather having a second width, wherein the first width is between 2.1 mm and 2.4 mm, the second width is between 0.4 mm and 0.6 mm. a body tapered from an end close to the ball head end to a feather end, wherein the body is made of a carbon fiber reinforced material, characterized in that, each the plurality of feathers further comprises a notch disposed on an outer edge of the second portion; the stem has a thickness between 0.4mm and 0.6 mm; and the end of the body close to the ball head end having a first width, the body at the end of the feather having a second width, wherein the first width is between 2.1 mm and 2.4 mm, the second width is between 0.4 mm and 0.6 mm.
A method for processing an e-book document, wherein the method comprises: Obtaining an e-book document, wherein the e-book document is an HTML document; Dividing content of the e-book document into a plurality of segments in accordance with a preset segmentation manner; Composing the plurality of segments into an ordered segment group; Selecting one segment from the segment group as a current segment; Parsing the content of the current segment to generate layout data; and Generating a page image in accordance with the layout data, wherein generating a page image comprises performing a paging process on the layout data to generate a page layout frame, generating a page object according to the page layout frame and the layout data and rendering the page object to generate the page image; and, wherein if a page number, corresponding to a request point, is not obtained during the page object generating process, then a temporary parsing process is executed to obtain the requested page; the temporary parsing process comprising identifying a segment corresponding to the request point, creating a parsing state interval of the e-book document to be used to perform paging for the identified segment, calling a layout driving process, and generating, by the layout driving process performing the paging process for the created parsing state interval, a temporary parsing page space to obtain the page number corresponding to the request point. Obtaining an e-book document, wherein the e-book document is an HTML document; Dividing content of the e-book document into a plurality of segments in accordance with a preset segmentation manner; Composing the plurality of segments into an ordered segment group; Selecting one segment from the segment group as a current segment; Parsing the content of the current segment to generate layout data; and Generating a page image in accordance with the layout data, wherein generating a page image comprises performing a paging process on the layout data to generate a page layout frame, generating a page object according to the page layout frame and the layout data and rendering the page object to generate the page image; and, wherein if a page number, corresponding to a request point, is not obtained during the page object generating process, then a temporary parsing process is executed to obtain the requested page; the temporary parsing process comprising identifying a segment corresponding to the request point, creating a parsing state interval of the e-book document to be used to perform paging for the identified segment, calling a layout driving process, and generating, by the layout driving process performing the paging process for the created parsing state interval, a temporary parsing page space to obtain the page number corresponding to the request point.
A method comprising: subjecting a contiguous block of wood to a chemical treatment for a first time so as to remove lignin from first and second sections within the contiguous block while substantially retaining a cellulose-based microstructure of the wood, the first section being adjacent to the second section, the first time being selected such that at least 90% of the lignin of the wood in the first section is removed while no more than 75% of the lignin in the second section is removed; wherein the contiguous block is a single continuous piece of wood taken from a single tree and infiltrating the contiguous block with a polymer so as to fill open spaces within the retained cellulose-based microstructure of the first and second sections, the polymer having a refractive index substantially matching a refractive index of cellulose, wherein, after the infiltrating, the first section has a transmittance of at least 85% for light having a wavelength of 600 nm, and the second section has a transmittance of between 36% and 60% for light having a wavelength of 600 nm. subjecting a contiguous block of wood to a chemical treatment for a first time so as to remove lignin from first and second sections within the contiguous block while substantially retaining a cellulose-based microstructure of the wood, the first section being adjacent to the second section, the first time being selected such that at least 90% of the lignin of the wood in the first section is removed while no more than 75% of the lignin in the second section is removed; wherein the contiguous block is a single continuous piece of wood taken from a single tree and infiltrating the contiguous block with a polymer so as to fill open spaces within the retained cellulose-based microstructure of the first and second sections, the polymer having a refractive index substantially matching a refractive index of cellulose, wherein, after the infiltrating, the first section has a transmittance of at least 85% for light having a wavelength of 600 nm, and the second section has a transmittance of between 36% and 60% for light having a wavelength of 600 nm.
A method for transmitting a trigger frame in a wireless local area network, comprising: generating, by an access point, a trigger frame carrying a target media access control MAC function, wherein the trigger frame comprises indication information, the indication information is used to instruct a first station to send a MAC frame corresponding to the target MAC function, and the indication information is used to instruct a second station not to perform the target MAC function; and sending, by the access point, the trigger frame, wherein the trigger frame comprises first information of the first station and second information of the second station; the first information comprises first trigger information corresponding to the first station and MAC function information corresponding to the first station, and the first station sends, based on the MAC function information, a MAC frame corresponding to the target MAC function; and the second information comprises second trigger information corresponding to the second station, characterized in that the indication information comprises an indication value that is used to represent a quantity of target stations of the first station; in a per station area of the trigger frame, consecutive target fields that start with a preset location and that are corresponding to the quantity of the targets comprise the first information of the first station; and in the per station area of the trigger frame, a field other than the target fields comprises the second information of the second station. generating, by an access point, a trigger frame carrying a target media access control MAC function, wherein the trigger frame comprises indication information, the indication information is used to instruct a first station to send a MAC frame corresponding to the target MAC function, and the indication information is used to instruct a second station not to perform the target MAC function; and sending, by the access point, the trigger frame, wherein the trigger frame comprises first information of the first station and second information of the second station; the first information comprises first trigger information corresponding to the first station and MAC function information corresponding to the first station, and the first station sends, based on the MAC function information, a MAC frame corresponding to the target MAC function; and the second information comprises second trigger information corresponding to the second station, characterized in that the indication information comprises an indication value that is used to represent a quantity of target stations of the first station; in a per station area of the trigger frame, consecutive target fields that start with a preset location and that are corresponding to the quantity of the targets comprise the first information of the first station; and in the per station area of the trigger frame, a field other than the target fields comprises the second information of the second station.
Method for automatic user adaptation of the triggering characteristic of an active operator control element of a motor vehicle, characterised in that at least one triggering characteristic is stored in a motor vehicle control device and the motor vehicle control device actuates the active operator control element by means of the triggering characteristic in such a way that when actuation by the operator occurs this transmits to the operator an opposing force (F(α)) which can be perceived tactually, is opposed to the activation force (F) and has a predefined intensity and/or an oscillation which can be perceived tactually and has a predefined intensity, and in that after the actuation of the active operator control element, it is checked whether the reaction of the operator to the opposing force (F(α)) and/or oscillation occurs within a predefined time period, and in that when the predefined time period is not reached, the intensity of the triggering characteristic is reduced and stored, and when the time period is exceeded, the intensity of the triggering characteristic is increased and stored, and in that the stored modified triggering characteristic is used for the next actuation of the active operator control element by the vehicle control element.
A crosstalk reduction method for stereoscopic displays, which comprises at least a first pixel, light of which is clockwise polarised, and at least a neighbouring second pixel, light of which is counter-clockwise polarised, which comprises the steps of; - Determining a vertical viewing angle (α) of a user by measuring an angle between a view normal, which extends from an eye of the user to the first pixel and/or second pixel and a normal line of the display; - Calculating a crosstalk reduction coefficient for at least the first pixel and/or the second pixel of said display based on at least one predetermined crosstalk table, which maps crosstalk between the first pixel and the second pixel, based on an intensity value of the first pixel and an intensity value of the second pixel, and said calculated vertical viewing angle (α); and - Updating intensity value of said first pixel and/or said second pixel in accordance with said calculated crosstalk reduction coefficient. - Determining a vertical viewing angle (α) of a user by measuring an angle between a view normal, which extends from an eye of the user to the first pixel and/or second pixel and a normal line of the display; - Calculating a crosstalk reduction coefficient for at least the first pixel and/or the second pixel of said display based on at least one predetermined crosstalk table, which maps crosstalk between the first pixel and the second pixel, based on an intensity value of the first pixel and an intensity value of the second pixel, and said calculated vertical viewing angle (α); and - Updating intensity value of said first pixel and/or said second pixel in accordance with said calculated crosstalk reduction coefficient.
A method for targetless initialization of a Computer Vision, CV, application on a user device, UD, comprising a camera and a display, comprising: determining an optimal camera trajectory for targetless initialization based on an initial camera pose and a selected pivot distance between the camera and a pivot position, the initial camera pose estimated based on a first image captured by the camera; and updating the display in real-time with an indication of a desired movement direction for the camera, the indication of the desired movement direction being based, in part, on a current camera pose and the determined optimal camera trajectory, the current camera pose estimated based on a current image captured by the camera. determining an optimal camera trajectory for targetless initialization based on an initial camera pose and a selected pivot distance between the camera and a pivot position, the initial camera pose estimated based on a first image captured by the camera; and updating the display in real-time with an indication of a desired movement direction for the camera, the indication of the desired movement direction being based, in part, on a current camera pose and the determined optimal camera trajectory, the current camera pose estimated based on a current image captured by the camera.
Catheter device, having a catheter, an actuation device at a first end of the catheter, a drive element and also a mechanical transmission element (9, 10) for transmitting a movement along the catheter to the actuation device the actuation device having a coupling element which is connected to the transmission element and can be actuated by the latter relative to the longitudinal direction of the catheter in a first degree of freedom, and also a conversion element which can be actuated by the coupling element and which converts the actuation movement at least partially into a movement in a second degree freedom, characterized in that the conversion element has a device for converting between a movement in the longitudinal direction of the catheter and a rotary movement about the longitudinal direction.
A measurement compensation mechanism for an electronic radiation source-based borehole logging tool that compensates for geometric variations in the direction output of an electronic radiation source, said measurement compensation mechanism comprising: at least one electronic radiation source; at least one radiation shield; and at least one borehole measuring radiation detector, characterized by at least three reference detectors configured to measure from the output radiation of the at least one electronic radiation source the azimuthal distribution of radiation intensities equidistant from that electronic radiation source, wherein said mechanism is configured to use the measured azimuthal distribution of radiation intensities equidistant from the at least one electronic radiation source to correct the measured radiation value of the at least one borehole-measuring radiation detector relative to said borehole-measuring radiation detector's azimuthal measurement direction. at least one electronic radiation source; at least one radiation shield; and at least one borehole measuring radiation detector, characterized by at least three reference detectors configured to measure from the output radiation of the at least one electronic radiation source the azimuthal distribution of radiation intensities equidistant from that electronic radiation source, wherein said mechanism is configured to use the measured azimuthal distribution of radiation intensities equidistant from the at least one electronic radiation source to correct the measured radiation value of the at least one borehole-measuring radiation detector relative to said borehole-measuring radiation detector's azimuthal measurement direction.
A perforating gun, comprising: a body having an axial length extending between a first axial end surface and a second axial end surface, and an outer radial surface extending between the first and second axial end surfaces (32, 34), an inner bore, and at least one shaped charge cavity disposed in the outer radial surface, wherein the shaped charge cavity is in fluid communication with the inner bore; at least one inner bore fluid escape port disposed within the body and in communication with the inner bore, which inner bore fluid escape port extends from the inner bore to an exterior of the body, wherein the at least one inner bore fluid escape port includes a first inner escape port extending from the inner bore to the first axial end surface of the body, and a second inner bore escape port extending from the inner bore to the second axial end surface of the body, each inner bore fluid escape port intersects with the inner bore an axial distance away from the respective axial end surface (32, 34); and at least one cavity liner disposed in the shaped charge cavity and configured to retain an explosive material within the shaped charge cavity, wherein the inner bore extends between the first axial end surface and the second axial end surface and is in fluid communication with the first axial end surface and the second axial end surface. a body having an axial length extending between a first axial end surface and a second axial end surface, and an outer radial surface extending between the first and second axial end surfaces (32, 34), an inner bore, and at least one shaped charge cavity disposed in the outer radial surface, wherein the shaped charge cavity is in fluid communication with the inner bore; at least one inner bore fluid escape port disposed within the body and in communication with the inner bore, which inner bore fluid escape port extends from the inner bore to an exterior of the body, wherein the at least one inner bore fluid escape port includes a first inner escape port extending from the inner bore to the first axial end surface of the body, and a second inner bore escape port extending from the inner bore to the second axial end surface of the body, each inner bore fluid escape port intersects with the inner bore an axial distance away from the respective axial end surface (32, 34); and at least one cavity liner disposed in the shaped charge cavity and configured to retain an explosive material within the shaped charge cavity, wherein the inner bore extends between the first axial end surface and the second axial end surface and is in fluid communication with the first axial end surface and the second axial end surface.