mhurhangee/ep-ind-claims huggingface dataset:
A computing system comprising: a storage system; one or more processors to execute processor-executable process steps stored on the storage system to cause the computing system to: acquire a first plurality of images; for each of the first plurality of images, determine whether an infarct is depicted in the image and generate a label associated with the image based on the determination; acquire a second plurality of non-contrast-enhanced computed tomography images; for each of the second plurality of non-contrast-enhanced computed tomography images, determine a corresponding one of the first plurality of images; for each of the second plurality of non-contrast-enhanced computed tomography images, associate the non-contrast-enhanced computed tomography image with the label associated with the corresponding one of the first plurality of images; and train a network to output a network-generated label, the training based on the second plurality of non-contrast-enhanced computed tomography images and associated labels, characterized in that the label indicates a location of an infarct. a storage system; one or more processors to execute processor-executable process steps stored on the storage system to cause the computing system to: acquire a first plurality of images; for each of the first plurality of images, determine whether an infarct is depicted in the image and generate a label associated with the image based on the determination; acquire a second plurality of non-contrast-enhanced computed tomography images; for each of the second plurality of non-contrast-enhanced computed tomography images, determine a corresponding one of the first plurality of images; for each of the second plurality of non-contrast-enhanced computed tomography images, associate the non-contrast-enhanced computed tomography image with the label associated with the corresponding one of the first plurality of images; and train a network to output a network-generated label, the training based on the second plurality of non-contrast-enhanced computed tomography images and associated labels, characterized in that the label indicates a location of an infarct. acquire a first plurality of images; for each of the first plurality of images, determine whether an infarct is depicted in the image and generate a label associated with the image based on the determination; acquire a second plurality of non-contrast-enhanced computed tomography images; for each of the second plurality of non-contrast-enhanced computed tomography images, determine a corresponding one of the first plurality of images; for each of the second plurality of non-contrast-enhanced computed tomography images, associate the non-contrast-enhanced computed tomography image with the label associated with the corresponding one of the first plurality of images; and train a network to output a network-generated label, the training based on the second plurality of non-contrast-enhanced computed tomography images and associated labels, characterized in that the label indicates a location of an infarct.
A method for determining an orientation of an implantable medical device after being implanted subcutaneously within a patient to generate subcutaneous electrocardiogram (SECG) signals, wherein the IMD comprising an attached or incorporated acceleration/motion sensor (AM sensor), the method comprising: determining an orientation of the IMD from the AM sensor measuring an elevation or an altitude of at least one first reference point of the IMD relative to an elevation or an altitude of at least one second reference point of the IMD, wherein when the at least one first reference point is superior relative to the at least one second reference point the IMD is in an up-orientation, and when the at least one first reference point is inferior relative to the at least one second reference point the IMD is in a down-orientation; tagging each SECG signal with the ascertained up-orientation or down-orientation; determining a preferred orientation for displaying the SECG signals before the SECG signals are displayed; converting at least one SECG signal to generate a SECG display signal having the preferred orientation; and, displaying the SECG display signal having the preferred orientation. determining an orientation of the IMD from the AM sensor measuring an elevation or an altitude of at least one first reference point of the IMD relative to an elevation or an altitude of at least one second reference point of the IMD, wherein when the at least one first reference point is superior relative to the at least one second reference point the IMD is in an up-orientation, and when the at least one first reference point is inferior relative to the at least one second reference point the IMD is in a down-orientation; tagging each SECG signal with the ascertained up-orientation or down-orientation; determining a preferred orientation for displaying the SECG signals before the SECG signals are displayed; converting at least one SECG signal to generate a SECG display signal having the preferred orientation; and, displaying the SECG display signal having the preferred orientation.
Acidic aqueous concentrate suitable for the preparation of a conversion-treatment solution comprising a) at least 0.1 wt.-% calculated with respect to the elements Zr and/or Ti of one or more watersoluble compounds of the elements Zr and/or Ti, b) at least 0.05 wt.% calculated with respect to the element Si of one or more organosilanes with at least one hydrolyzable substituent and one to three non-hydrolyzable substituents, wherein at least one of the non-hydrolyzable substituents carries at least one amino group, and wherein the total number of substituents at each silicium atom of the organosilanes is four, and c) at least 0.1 wt.-% calculated with respect to the element Si of one or more waterdispersable silicates, wherein the pH of the concentrate is adjusted with nitric acid to a value below 1.5 and wherein the amount of other strong acids with a pKa value of below 1.5 different from watersoluble compounds of the elements Zr and/or Ti is no greater than 0.05 wt.-%. a) at least 0.1 wt.-% calculated with respect to the elements Zr and/or Ti of one or more watersoluble compounds of the elements Zr and/or Ti, b) at least 0.05 wt.% calculated with respect to the element Si of one or more organosilanes with at least one hydrolyzable substituent and one to three non-hydrolyzable substituents, wherein at least one of the non-hydrolyzable substituents carries at least one amino group, and wherein the total number of substituents at each silicium atom of the organosilanes is four, and c) at least 0.1 wt.-% calculated with respect to the element Si of one or more waterdispersable silicates,
A separating device for separating a cable sleeve from a cable, comprising a cutting unit and a spacing device, which is configured to at least create a space between a cutting portion of the cable sleeve and the cable, wherein the cutting unit is configured for cutting open the cutting portion of the cable sleeve, wherein a cutting edge of the cutting unit is obliquely oriented and faces away from the cable, and wherein the cutting unit can be inserted into the space between the cable sleeve and the cable so as to cut open the cable sleeve from the inside out. a cutting unit and a spacing device, which is configured to at least create a space between a cutting portion of the cable sleeve and the cable, wherein the cutting unit is configured for cutting open the cutting portion of the cable sleeve, wherein a cutting edge of the cutting unit is obliquely oriented and faces away from the cable, and wherein the cutting unit can be inserted into the space between the cable sleeve and the cable so as to cut open the cable sleeve from the inside out.
A negative active material comprising a silicon-based alloy comprising Si, Ti, Ni, and Fe components, wherein the silicon-based alloy comprises 50 at% to 70 at% of the Si component, 7 at% to 10 at% of the Fe component, with the balance being equally split between an at% of Ti and an at% of Ni, based on total amount 100 at% of the Si, Ti, Ni, and Fe components in the silicon-based alloy.
A method comprising: combining, using a computer system, a first plurality of actual logs from a first plurality of actual boreholes, at least one actual log associated with each actual borehole, and thereby creating a first equivalent log along a first equivalent path by finding the depth values for each log corresponding to a formation boundary and creating a fictional surface and selecting a location for the first equivalent path from the mathematical representation of the fictional surface by intersecting the first equivalent path with the fictional surface; combining using a computer system, a second plurality of actual logs from a second plurality of actual boreholes, at least one actual log of the second plurality of actual logs associated with each actual borehole of the second plurality of actual boreholes, and thereby creating a second equivalent log along a second equivalent path by finding the depth values for each log corresponding to a formation boundary and creating a fictional surface and selecting a location for the first equivalent path from the mathematical representation of the fictional surface by intersecting the second equivalent path with the fictional surface; and estimating, using a computer system, a plurality of values of a parameter of one or more formations along a proposed borehole path, each value associated with a distinct depth along the proposed borehole path, the estimating using the equivalent logs. combining, using a computer system, a first plurality of actual logs from a first plurality of actual boreholes, at least one actual log associated with each actual borehole, and thereby creating a first equivalent log along a first equivalent path by finding the depth values for each log corresponding to a formation boundary and creating a fictional surface and selecting a location for the first equivalent path from the mathematical representation of the fictional surface by intersecting the first equivalent path with the fictional surface; combining using a computer system, a second plurality of actual logs from a second plurality of actual boreholes, at least one actual log of the second plurality of actual logs associated with each actual borehole of the second plurality of actual boreholes, and thereby creating a second equivalent log along a second equivalent path by finding the depth values for each log corresponding to a formation boundary and creating a fictional surface and selecting a location for the first equivalent path from the mathematical representation of the fictional surface by intersecting the second equivalent path with the fictional surface; and estimating, using a computer system, a plurality of values of a parameter of one or more formations along a proposed borehole path, each value associated with a distinct depth along the proposed borehole path, the estimating using the equivalent logs.
An integrated circuit for performing data processing, said integrated circuit comprising: an error detector operable to detect errors in operation of said integrated circuit by double-sampling data signal values within said integrated circuit, a difference between sampled data signal values being indicative of an error, wherein said double-sampling is detecting a data signal value at a sampling point at a first time, and then detecting the data signal value at the sampling point at a later time; error-repair logic responsive to said error detector and operable to repair said errors in operation; and an operational parameter controller operable to control one or more performance controlling operational parameters of said integrated circuit; wherein said operational parameter controller dynamically controls at least one of said one or more performance controlling operational parameters in dependence upon one or more characteristics of errors detected by said error detector to maintain a non-zero rate of errors in operation, said errors in operation being repaired by said error repair logic such that data processing by said integrated circuit continues. an error detector operable to detect errors in operation of said integrated circuit by double-sampling data signal values within said integrated circuit, a difference between sampled data signal values being indicative of an error, wherein said double-sampling is detecting a data signal value at a sampling point at a first time, and then detecting the data signal value at the sampling point at a later time; error-repair logic responsive to said error detector and operable to repair said errors in operation; and an operational parameter controller operable to control one or more performance controlling operational parameters of said integrated circuit; wherein said operational parameter controller dynamically controls at least one of said one or more performance controlling operational parameters in dependence upon one or more characteristics of errors detected by said error detector to maintain a non-zero rate of errors in operation, said errors in operation being repaired by said error repair logic such that data processing by said integrated circuit continues.
A method of image processing, comprising: - receiving at least one video frame of a video sequence, the at least one video frame comprising at least one foreground subject and a background; and - processing said at least one video frame so as to separate said at least one foreground subject from said background; wherein said processing includes: - generating a pixel mask indicating whether a pixel of the at least one video frame belongs to the foreground subject or to the background, - applying morphological closing to the pixel mask, wherein said applying morphological closing comprises, for each pixel of said pixel mask, conditioning a pixel value in the mask to values of neighboring pixels, characterized in that said conditioning comprises: - determining at least edges of said at least one foreground subject in said at least one video frame; and - for the generic pixel under processing, determining the neighboring pixels based on the determined edges wherein said determining the neighboring pixels of the generic pixel under processing based on the determined edges includes: - predetermining a maximum number of neighboring pixels in at least one direction; - starting from the pixel under processing and moving away therefrom in the at least one direction, taking the pixels encountered as neighboring pixels until said maximum number of neighboring pixels is reached, unless, before reaching said maximum number of neighboring pixels at least one pixel belonging to an edge of the at least one foreground subject is found. - receiving at least one video frame of a video sequence, the at least one video frame comprising at least one foreground subject and a background; and - processing said at least one video frame so as to separate said at least one foreground subject from said background; - generating a pixel mask indicating whether a pixel of the at least one video frame belongs to the foreground subject or to the background, - applying morphological closing to the pixel mask, wherein said applying morphological closing comprises, for each pixel of said pixel mask, conditioning a pixel value in the mask to values of neighboring pixels, - determining at least edges of said at least one foreground subject in said at least one video frame; and - for the generic pixel under processing, determining the neighboring pixels based on the determined edges - predetermining a maximum number of neighboring pixels in at least one direction; - starting from the pixel under processing and moving away therefrom in the at least one direction, taking the pixels encountered as neighboring pixels until said maximum number of neighboring pixels is reached, unless, before reaching said maximum number of neighboring pixels at least one pixel belonging to an edge of the at least one foreground subject is found.
Toolbox having a box bottom part and a box lid, the box bottom part and/or the box lid comprising at least one retaining holder for at least one hand tool, the toolbox comprising at least one charging station for charging at least one accumulator of the hand tool, characterised in that the charging station is designed to vary the duration of the charging process, i.e. the charging time, of the accumulator depending on a movement of the toolbox or at least parts of the toolbox, specifically between a rapid charge and a charge with a standard charging time and optionally a gentle and trickle charge.
An introducer assembly for introducing a blood pump comprising: a shaft elongated along a longitudinal axis, the shaft having a distal end, a proximal end, a lumen extending along the longitudinal axis from the distal end to the proximal end, and a collet mechanism disposed at the proximal end for receiving a guidewire; and a locking component having a distal end and a proximal end, the locking component adapted such that the distal end of the locking component reversibly couples to the proximal end of the shaft, wherein the locking component has a locked configuration and an unlocked configuration, and wherein when in the locked configuration, a gripping force is created between the collet mechanism and the guidewire. a shaft elongated along a longitudinal axis, the shaft having a distal end, a proximal end, a lumen extending along the longitudinal axis from the distal end to the proximal end, and a collet mechanism disposed at the proximal end for receiving a guidewire; and a locking component having a distal end and a proximal end, the locking component adapted such that the distal end of the locking component reversibly couples to the proximal end of the shaft, wherein the locking component has a locked configuration and an unlocked configuration, and wherein when in the locked configuration, a gripping force is created between the collet mechanism and the guidewire.
An information providing system, comprising means for reading feeds from a plurality of content sources (2, 3, 4), one or more of said feeds having content; said system being configured to receive a request from a user, characterised in that said feeds include a mark-up that directly identifies a location; the system further comprises a spatial model (1, 6) which is common to all content sources (2, 3, 4); said spatial model receiving a number of entries where each entry incorporates a spatial reference; and said system further comprises means for populating said spatial model from such spatially referenced feed entries allowing all content to be queried spatially, said system being configured to assess a user's interest, following the receipt of said request, by matching a user's interest to content held in said spatial model, and to respond by sending entries matching the user's request; whereby the user receives content provided from said spatial model which closely matches the user's spatial interest.
A device suitable for dispensing a liquid substance, such as an ophthalmological substance, comprising - a container that contains at a pressure greater than atmospheric pressure the substance to be dispensed and - a dispenser for dispensing the substance to the outside that includes a piston element and a preloading chamber, the piston element being loaded by the pressure of the pressurized substance to adopt a standby position by default which prevents the preloading chamber from being flooded by a dose of the substance to be dispensed, and a valve element capable of enabling a connection between the aforementioned preloading chamber and the outside, the device further incorporating - an actuation mechanism of the dispenser that sequentially first compresses a volume of air, the pressure of which is used for moving the piston element from its standby position, allowing a dose of the substance to be able to flood the preloading chamber, to subsequently mechanically actuate the valve element to simultaneously enable the connection to the outside of the aforementioned preloading chamber, as well as of the volume of air previously used for moving the piston element from the standby position. - a container that contains at a pressure greater than atmospheric pressure the substance to be dispensed and - a dispenser for dispensing the substance to the outside that includes a piston element and a preloading chamber, the piston element being loaded by the pressure of the pressurized substance to adopt a standby position by default which prevents the preloading chamber from being flooded by a dose of the substance to be dispensed, and a valve element capable of enabling a connection between the aforementioned preloading chamber and the outside, - an actuation mechanism of the dispenser that sequentially first compresses a volume of air, the pressure of which is used for moving the piston element from its standby position, allowing a dose of the substance to be able to flood the preloading chamber, to subsequently mechanically actuate the valve element to simultaneously enable the connection to the outside of the aforementioned preloading chamber, as well as of the volume of air previously used for moving the piston element from the standby position.
An isolated antagonistic antibody or an antigen binding portion thereof specifically binding human CD154 of SEQ ID NO: 1, comprising a HCDR1 of SEQ ID NO: 17 (SYGIS), a HCDR2 of SEQ ID NO: 23 (WISPIFGNTNYAQKFQG), a HCDR3 of SEQ ID NO: 30 (SRYYGDLDY), a LCDR1 of SEQ ID NO: 37 (RASQSISSYLN), a LCDR2 of SEQ ID NO: 44 (YANSLQS), SEQ ID NO: 49 (YASSLQS), or SEQ ID NO: 50 (YANTLQS), and a LCDR3 of SEQ ID NO: 52 (QQSDSIPWT).
A transmucosal delivery system for idebenone, comprising an outer, hydrophilic, phase which contains at least one hydrophilic polymer, wherein the at least one hydrophilic polymer comprises polyvinyl alcohol, polyvinylpyrrolidone, a cellulose derivative and/or copolymers thereof and wherein and the outer, hydrophilic, phase makes up 20 to 70 wt.%, relative to the total weight of the transmucosal delivery system for idebenone, and an inner hydrophobic phase which contains idebenone and at least one hydrophobic substance, wherein the at least one hydrophobic substance in the inner, hydrophobic, phase comprises methyl salicylate, tributyl citrate, triethyl citrate, eucalyptol, 1,2-propanediol, methyl salicylate, linoleic acid, oleic acid and/or mixtures thereof, and wherein the inner, hydrophobic, phase is emulsified in the form of droplets in the outer phase, characterised in that the inner, hydrophobic, phase is stabilised by at least one emulsifier in the outer phase.