mhurhangee/ep-ind-claims huggingface dataset:
An athletic performance monitoring system, comprising: a global positioning satellite receiver that obtains data relating to a series of time-stamped position points encountered by an athlete during an athletic performance; and means for assigning a route difficulty rating to a route used during the athletic performance, at least in part based on at least one of: route length; elevation changes over the route; altitude of the route; temperature during the athletic performance; humidity during the athletic performance; wind speed during the athletic performance; and wind direction during the athletic performance, characterised in that the means for assigning a route difficulty rating is designed to assign the route difficulty rating for the route, at least in part, based on a comparison of data associated with the route against data or a difficulty rating associated with one or more other routes taken by the athlete during one or more previous athletic performances. a global positioning satellite receiver that obtains data relating to a series of time-stamped position points encountered by an athlete during an athletic performance; and means for assigning a route difficulty rating to a route used during the athletic performance, at least in part based on at least one of: route length; elevation changes over the route; altitude of the route; temperature during the athletic performance; humidity during the athletic performance; wind speed during the athletic performance; and wind direction during the athletic performance, characterised in that the means for assigning a route difficulty rating is designed to assign the route difficulty rating for the route, at least in part, based on a comparison of data associated with the route against data or a difficulty rating associated with one or more other routes taken by the athlete during one or more previous athletic performances.
A method of manufacturing a formed article comprising forming an upper surface of a forming material comprised of a thermosoftening substance into a desired shape by positioning the forming material on a forming surface of a mold and heating the forming material to a temperature permitting deformation to bring an entire surface of a lower surface of the forming material into tight contact with the forming surface, wherein the forming material that is positioned on a forming surface of a mold is supported with a support member so that at least a portion of a lower surface rim portion of the forming material is in tight contact with the forming surface and a center portion of the lower surface of the forming material is separated from the forming surface, and at least a portion of an upper edge portion of the lateral surface of the forming material is supported by the support member in a state where a lower portion of a lateral surface of the forming material is separated from the support member.
A computer-implemented method of generating image alignment data for medical images, the method comprising: determining prospective image pair registration connections by; arranging images into groups; determining at least one group representative image for each group of images, where the group representative image is determined automatically or manually based on one or more pieces of meta data or surrogate data; and defining prospective inter-group image pair registration connections via the determined group representative images determining registration weighting values for the determined prospective image pair registration connections based at least partly on intra-image attribute data; determining optimal registration paths for image pairs based at least partly on the registration weighting values for the prospective image pair registration connections; and generating image alignment data for the determined optimal registration paths; wherein the intra-image attribute data comprises meta-data, where the meta-data comprises attributes related to the image, but not directly calculated from the image; and wherein the surrogate data comprises attributes related to the image, calculated from the image content. determining prospective image pair registration connections by; arranging images into groups; determining at least one group representative image for each group of images, where the group representative image is determined automatically or manually based on one or more pieces of meta data or surrogate data; and defining prospective inter-group image pair registration connections via the determined group representative images determining registration weighting values for the determined prospective image pair registration connections based at least partly on intra-image attribute data; determining optimal registration paths for image pairs based at least partly on the registration weighting values for the prospective image pair registration connections; and generating image alignment data for the determined optimal registration paths;
A surface-emitting laser device configured to emit laser light in a direction perpendicular to a substrate (101; 201), the device comprising: a p-side electrode (113; 213) surrounding an emitting area on an emitting surface to emit the laser light, wherein an aperture in the surrounding p-side electrode (113; 213) forms the emitting area; and a transparent dielectric film (111A; 11B; 211) formed on an outside area outside a center part of the emitting area and within the emitting area to lower a reflectance to be less than that of the center part, wherein the outside area within the emitting area has shape anisotropy in two mutually perpendicular directions. a p-side electrode (113; 213) surrounding an emitting area on an emitting surface to emit the laser light, wherein an aperture in the surrounding p-side electrode (113; 213) forms the emitting area; and a transparent dielectric film (111A; 11B; 211) formed on an outside area outside a center part of the emitting area and within the emitting area to lower a reflectance to be less than that of the center part, wherein the outside area within the emitting area has shape anisotropy in two mutually perpendicular directions.
Method for providing a graphical user interface in a vehicle, in which a display panel of a display apparatus is used to display a display in which at least two display windows (7.1-7.3) are displayed in a first display state, wherein the display windows (7.1-7.3) are used to display graphical objects (8.1-8.8), wherein the graphical objects (8.1-8.8) for each display window (7.1-7.3) are associated with a category, an operator control intention of a user for a first display window (7.2) is detected, wherein the operator control intention is detected by means of an approach by an operator control object to the display panel, and, when the operator control intention has been detected, the first display window (7.2) changes to an operator control state, an operator control action by the user is detected when the first display window (7.2) is in the operator control state, and, when the operator control action has been detected, the first display window (7.2) changes to a second display state, wherein the first display window (7.2) in the first display state is depicted in the same size and colour as a second of the two display windows (7.1, 7.3), and the first display window (7.1) in the operator control state is depicted in highlighted fashion in comparison with the second display window (7.1, 7.3), and wherein the first display window (7.2) in the second display state is depicted in enlarged fashion, with the graphical objects (8.5-8.7) in the first display window (7.2) also being depicted in enlarged fashion, and the second display window (7.1, 7.3) is depicted in reduced fashion.
An embroidery machine comprising at least one embroidery head provided with stitch-forming tools for forming stitches of an embroidery seam, said stitch-forming tools comprising a needle provided for guiding an upper thread and a looper cooperating with said needle for forming embroidery seams the hook is provided with a receptacle for arranging a supply of bobbin thread and rotates more than twice about its axis of rotation during a stitch-forming cycle, and is provided with movement means for performing relative feed movements between the needle and an embroidery material. characterized by means of the embroidery machine for the adjustable variation of at least one parameter of the stitch formation process, by means of which different values of the parameter result at least during one stitch formation period, preferably in each case during a plurality of stitch formation periods, of the embroidery seam, in order, in relation to the position and length of the lower and upper thread of a stitch of the embroidery seam on the upper side and lower side of the embroidery material to produce a non-coincident arrangement of upper thread and bobbin thread on the embroidery material, as a result of which a stitch length provided between two successive insertion points (20, 21) of the needle for forming an embroidery seam and a bobbin thread length assigned to this stitch length is at most 80% of the stitch length, preferably at most 65% and particularly preferably less than or equal to half the stitch length. of a stitch of the embroidery seam on the upper side and lower side of the embroidery material to produce a non-coincident arrangement of upper thread and bobbin thread on the embroidery material, as a result of which a stitch length provided between two successive insertion points (20, 21) of the needle for forming an embroidery seam and a bobbin thread length assigned to this stitch length is at most 80% of the stitch length, preferably at most 65% and particularly preferably less than or equal to half the stitch length.
A method for determining a pre-coding matrix, the method comprising: receiving, by a user equipment, at least one channel state information reference signal from a network-side device; calculating, by the user equipment, based on the at least one channel state information reference signal, a first Pre-coding Matrix Indicator, PMI, a first Rank Indicator, RI, a second PMI, and a second RI, wherein the first PMI and the first RI are calculated according to channels in a first dimension, wherein the second PMI and the second RI are calculated according to channels in a second dimension, wherein the first PMI is an index of a first pre-coding matrix in a codebook, wherein the second PMI is an index of a second pre-coding matrix in the codebook, wherein the first RI is a number of columns or a number of rows in the first pre-coding matrix and wherein the second RI is a number of columns or a number of rows in the second pre-coding matrix; determining, by the user equipment a third pre-coding matrix according to the first precoding matrix and the second precoding matrix; determining, by the user equipment an overall pre-coding matrix according to the determined third pre -coding matrix wherein the overall pre-coding matrix is a sub matrix of the third pre -coding matrix; determining, by the user equipment overall pre -coding matrix information according to the overall preside coding matrix; transmitting by the user equipment the first PM the first RI, the second PMI, the second RI and the overall precoding matrix information to the network-side device. receiving, by a user equipment, at least one channel state information reference signal from a network-side device; calculating, by the user equipment, based on the at least one channel state information reference signal, a first Pre-coding Matrix Indicator, PMI, a first Rank Indicator, RI, a second PMI, and a second RI, wherein the first PMI and the first RI are calculated according to channels in a first dimension, wherein the second PMI and the second RI are calculated according to channels in a second dimension, wherein the first PMI is an index of a first pre-coding matrix in a codebook, wherein the second PMI is an index of a second pre-coding matrix in the codebook, wherein the first RI is a number of columns or a number of rows in the first pre-coding matrix and wherein the second RI is a number of columns or a number of rows in the second pre-coding matrix; determining, by the user equipment a third pre-coding matrix according to the first precoding matrix and the second precoding matrix; determining, by the user equipment an overall pre-coding matrix according to the determined third pre -coding matrix wherein the overall pre-coding matrix is a sub matrix of the third pre -coding matrix; determining, by the user equipment overall pre -coding matrix information according to the overall preside coding matrix; transmitting by the user equipment the first PM the first RI, the second PMI, the second RI and the overall precoding matrix information to the network-side device.
A fluoropolymer coating comprising nanodiamond particles in a concentration between 0.01% by weight and 5% by weight, wherein said fluoropolymer coating is obtained by drying and curing a slurry composition comprising said fluoropolymer and nanodiamond particles, wherein the pH of the slurry is within; the alkaline region and the zeta potential of the nanodiamond particles is negative and has an absolute value higher than 30 mV at pH higher than 8, wherein said coating shows a wear which is reduced at least by 10% as compared to a reference sample without any nanodiamond addition, measured at room temperature using a Taber wear test according to the standard SFS EN 13523-16, wherein D90 particle size of single digit nanodiamonds is between 8 nm and 30 nm, and the zeta potential and particle size measurements are carried out with a Malvern Zetasizer Nano ZS.
Communication signal transmission circuitry comprising: a conductive transmitting coil (111, 113, 811, 813); a first power supply; a semiconductor switch to reversibly couple the transmitting coil to the first power supply; control circuitry (181, 914) to control the coupling of the transmitting coil to the first power supply by the semiconductor switch; and a second, local power supply (109, 115, 209, 309, 415) coupled to supply power to the control circuitry, wherein the first power supply supplies the second, local power supply with power. a conductive transmitting coil (111, 113, 811, 813); a first power supply; a semiconductor switch to reversibly couple the transmitting coil to the first power supply; control circuitry (181, 914) to control the coupling of the transmitting coil to the first power supply by the semiconductor switch; and a second, local power supply (109, 115, 209, 309, 415) coupled to supply power to the control circuitry, wherein the first power supply supplies the second, local power supply with power.
A fullerene derivative of formula wherein R 1 is aryl optionally substituted with at least one substituent, R 2 is alkyl, alkenyl, alkynyl, aryl, ether or ester, each optionally substituted with at least one substituent, R 3 is alkyl, alkenyl, alkynyl, ether or ester, each optionally substituted with at least one substituent, and at least one of R 2 and R 3 is alkyl or alkyl into which at least one ether bond is inserted, each optionally substituted with at least one substituent, R 4 is H or alkyl, alkenyl, alkynyl, aryl, ether or ester, each optionally substituted with at least one substituent, the at least one substituent of R 1, and the optional at least one substituent of R 2 -R 4 each independently being selected from F, Cl, Br, I, alkyl optionally substituted with at least one F, alkoxy optionally substituted with at least one F, ester and cyano; and A is a fullerene ring. R 1 is aryl optionally substituted with at least one substituent, R 2 is alkyl, alkenyl, alkynyl, aryl, ether or ester, each optionally substituted with at least one substituent, R 3 is alkyl, alkenyl, alkynyl, ether or ester, each optionally substituted with at least one substituent, and at least one of R 2 and R 3 is alkyl or alkyl into which at least one ether bond is inserted, each optionally substituted with at least one substituent, R 4 is H or alkyl, alkenyl, alkynyl, aryl, ether or ester, each optionally substituted with at least one substituent, the at least one substituent of R 1, and the optional at least one substituent of R 2 -R 4 each independently being selected from F, Cl, Br, I, alkyl optionally substituted with at least one F, alkoxy optionally substituted with at least one F, ester and cyano; and A is a fullerene ring.
A system for delivery of Internet content comprising: a server network associated with a subscriber that provides Internet content, the server network including at least one of a subscriber server network providing content delivery service, the subscriber server network includes at least one server group (106-1,..., 106-k); a content delivery network, CDN, providing content delivery service; an adaptive traffic control, ATC, name server network having a plurality of domain name servers (118-1,..., 118-k) constructed and adapted to provide policy-based domain name service; and an ATC administrative framework comprising: an administrative master agent which includes an ATC policy management mechanism and an ATC network monitoring mechanism, wherein, in response to a request to resolve a hostname, at least one said domain name server in the ATC name server network resolves the hostname to at least one address corresponding to a server in the subscriber server network based, at least in part, on at least one consideration of a policy, the policy to govern selection of servers dependent on the at least one consideration, and wherein the system is further constructed and adapted to: broadcast at least one said policy to the plurality of domain name servers in the ATC name server network; dynamically update said policy based, at least in part, on a dynamic policy polled to generate an updated said policy; and to broadcast the updated said policy to the plurality of domain name servers in the ATC name server network. a server network associated with a subscriber that provides Internet content, the server network including at least one of a subscriber server network providing content delivery service, the subscriber server network includes at least one server group (106-1,..., 106-k); a content delivery network, CDN, providing content delivery service; an adaptive traffic control, ATC, name server network having a plurality of domain name servers (118-1,..., 118-k) constructed and adapted to provide policy-based domain name service; and an ATC administrative framework comprising: an administrative master agent which includes an ATC policy management mechanism and an ATC network monitoring mechanism, wherein, in response to a request to resolve a hostname, at least one said domain name server in the ATC name server network resolves the hostname to at least one address corresponding to a server in the subscriber server network based, at least in part, on at least one consideration of a policy, the policy to govern selection of servers dependent on the at least one consideration, and wherein the system is further constructed and adapted to: broadcast at least one said policy to the plurality of domain name servers in the ATC name server network; dynamically update said policy based, at least in part, on a dynamic policy polled to generate an updated said policy; and to broadcast the updated said policy to the plurality of domain name servers in the ATC name server network.
A suspending unit for a weighing device which is fastened to a weighing container to suspend the weighing container from a load cell including a shaft-like load application section extending in a predetermined first axis direction which is a horizontal direction, the load cell being configured to receive a load in a direction perpendicular to the predetermined first axis direction, the suspending unit comprising: a first member mounted to the load application section of the load cell; and a second member fastened to the weighing container; wherein the first member has a first hole extending in the predetermined first axis direction and a second hole extending in a second axis direction which three-dimensionally crosses the first axis; wherein the first member is mounted to the load application section of the load cell via a first ball bearing fitted to the first hole such that the first member is rotatable relative to the load application section; and wherein the second member is mounted to the first member via a second ball bearing fitted to the second hole of the first member such that the second member is rotatable relative to the first member. a first member mounted to the load application section of the load cell; and a second member fastened to the weighing container; wherein the first member has a first hole extending in the predetermined first axis direction and a second hole extending in a second axis direction which three-dimensionally crosses the first axis; wherein the first member is mounted to the load application section of the load cell via a first ball bearing fitted to the first hole such that the first member is rotatable relative to the load application section; and wherein the second member is mounted to the first member via a second ball bearing fitted to the second hole of the first member such that the second member is rotatable relative to the first member.
An image processing device comprising: a digital signal processing unit comprising a candidate detection unit configured to detect a plurality of candidate images of subjects which can become a main subject in a plurality of image frames, the image frames being sequential in time and each candidate image comprising a portion of an image frame; a control unit comprising a distance change calculation unit and a main subject determination unit, the distance change calculation unit being configured, for each of the plurality of candidate images, to calculate a size of the candidate image in each of the plurality of image frames, to calculate a size change of the candidate image over time, and to determine whether a subject of the candidate image has a tendency toward approach or recession with respect to the imaging position on the basis of the calculated size change; and the main subject determination unit being configured to identify, as the main subject, a subject of a one of the plurality of candidate images having a determined tendency toward approach or recession, the main subject for controlling the operation of the image processing device. a digital signal processing unit comprising a candidate detection unit configured to detect a plurality of candidate images of subjects which can become a main subject in a plurality of image frames, the image frames being sequential in time and each candidate image comprising a portion of an image frame; a control unit comprising a distance change calculation unit and a main subject determination unit, the distance change calculation unit being configured, for each of the plurality of candidate images, to calculate a size of the candidate image in each of the plurality of image frames, to calculate a size change of the candidate image over time, and to determine whether a subject of the candidate image has a tendency toward approach or recession with respect to the imaging position on the basis of the calculated size change; and to calculate a size of the candidate image in each of the plurality of image frames, to calculate a size change of the candidate image over time, and to determine whether a subject of the candidate image has a tendency toward approach or recession with respect to the imaging position on the basis of the calculated size change; and the main subject determination unit being configured to identify, as the main subject, a subject of a one of the plurality of candidate images having a determined tendency toward approach or recession, the main subject for controlling the operation of the image processing device.