mhurhangee/ep-ind-claims huggingface dataset:
A system for editing digital documents on computing devices, each computing device comprising a processor and at least one non-transitory computer readable medium for recognizing one or more strokes of a handwriting input under control of the processor, wherein a stroke is characterized by at least the stroke initiation location, the stroke termination location, and the path connecting the stroke initiation and termination locations, the processor configured to: process the one or more strokes of the handwriting input, wherein a stroke can represent handwritten content or an editing gesture for enacting control on already entered handwritten content; cause display of, on a display interface of a computing device, first digital ink in accordance with document content; detect one or more strokes of the handwriting input as one or more editing gestures with respect to the document content by determining characteristics of the one or more strokes and by evaluating for context the location of the one or more strokes relative to recognized text of the already entered handwritten content and by considering a language of the recognized text of the handwritten content; cause display of, on the display interface, second digital ink in accordance with the handwriting input; and cause re-display of, on the display interface, the document content as a third digital ink based on the detected editing gestures. process the one or more strokes of the handwriting input, wherein a stroke can represent handwritten content or an editing gesture for enacting control on already entered handwritten content; cause display of, on a display interface of a computing device, first digital ink in accordance with document content; detect one or more strokes of the handwriting input as one or more editing gestures with respect to the document content by determining characteristics of the one or more strokes and by evaluating for context the location of the one or more strokes relative to recognized text of the already entered handwritten content and by considering a language of the recognized text of the handwritten content; cause display of, on the display interface, second digital ink in accordance with the handwriting input; and cause re-display of, on the display interface, the document content as a third digital ink based on the detected editing gestures.
A system (10; 100) for flushing a shunt catheter, the system comprising: a reservoir (34; 116) constructed and arranged to hold a volume of fluid, the reservoir adapted to communicate with the shunt catheter; an occluder (62; 110) constructed and arranged to selectively and substantially block drainage from the shunt catheter and from the reservoir; and characterised by further comprising a flow passage (66; 120) from the reservoir to the shunt catheter, wherein the reservoir is constructed and arranged to allow fluid therein to be pressurized whereby the fluid is rapidly released from the flow passage producing an impulse flow to flush the shunt catheter. a reservoir (34; 116) constructed and arranged to hold a volume of fluid, the reservoir adapted to communicate with the shunt catheter; an occluder (62; 110) constructed and arranged to selectively and substantially block drainage from the shunt catheter and from the reservoir; and characterised by further comprising a flow passage (66; 120) from the reservoir to the shunt catheter, wherein the reservoir is constructed and arranged to allow fluid therein to be pressurized whereby the fluid is rapidly released from the flow passage producing an impulse flow to flush the shunt catheter.
An optical cable splitter, comprising a splitter body, where the splitter body comprises an upper end cover and a lower end cover that are fastened with each other, the splitter characterized in that the upper end cover and the lower end cover are hollow semi-cylindrical shapes, a fastening member and a connecting part are correspondingly provided at two sides of the upper end cover and the lower end cover, a positioning hole and a positioning block are correspondingly provided at two ends of the upper end cover and the lower end cover, the positioning hole and the positioning block of the upper end cover are in snap fit with the positioning block and the positioning hole of the lower end cover respectively, a tube for cable aggregation and a tube for cable branching are respectively provided at a front end inside the splitter body and a rear end inside the splitter body, a sealing ring is provided at a front end of the tube for cable aggregation, annular protrusions are provided on both sides of the tube for cable branching, the upper end cover and the lower end cover are provided with joint grooves at positions corresponding to the tube for cable aggregation and the tube for cable branching, the joint grooves are provided with annular grooves at positions corresponding to the annular protrusions provided on the tube for cable branching in notches of the upper end cover and the lower end cover, the annular grooves accommodate the annular protrusions, the tube for cable aggregation and the tube for cable branching are connected in the joint groove, and two sides of the upper end cover are both provided with the fastening member and the connecting part, wherein the fastening member and the connecting part on one side correspond to the fastening member and the connecting part on the other side in a cross-distributed manner, and the lower end cover is provided with the connecting part and the fastening member at positions corresponding to the fastening member and the connecting part provided on the upper end cover.
A turbomachine load management assembly, comprising a support rod extending from a first rod end to a second rod end, wherein the support rod is moveable radially relative to a fan duct, a bearing housing, or both, when the support rod is coupling the fan duct and the bearing housing; and the support rod is moveable radially between a seated position and an unseated position when coupling the fan duct and the bearing housing, the support rod including a head (78,86) that is received within a socket (82,88) of a support (80,90) when the support rod is in the seated position, and is displaced from the socket (82,88) of the support (80,90) when the support rod is in the unseated position.
A composition comprising an organic sunscreen and an SPF-boosting composition being of any of the following form: an aqueous system, a hot pour system, an emulsion, a gel, a stick, a spray, comprising: (i) nylon particles; (ii) silica particles; and (iii) barium sulfate particles, wherein the SPF-boosting composition provides an increase in SPF as compared to an otherwise identical combination lacking any one of the three components, (i)-(iii); wherein said nylon particles comprise from 1% to 10% by weight of the composition; said silica particles comprise from 0.5% to 5% by weight of the composition; and said barium sulfate particles comprise from 1% to 10% by weight of the composition. an aqueous system, a hot pour system, an emulsion, a gel, a stick, a spray, comprising: (i) nylon particles; (ii) silica particles; and (iii) barium sulfate particles, (i) nylon particles; (ii) silica particles; and (iii) barium sulfate particles, wherein the SPF-boosting composition provides an increase in SPF as compared to an otherwise identical combination lacking any one of the three components, (i)-(iii); wherein said nylon particles comprise from 1% to 10% by weight of the composition; said silica particles comprise from 0.5% to 5% by weight of the composition; and said barium sulfate particles comprise from 1% to 10% by weight of the composition.
An image processing apparatus comprising: an arranger configured to acquire magnetic resonance time-series data based on a pulse sequence executed by undersampling k-space; a sensitivity deriver configured to: transform the time-series data in a time direction, thereby obtaining transformation data; and configured to derive a binarized sensitivity distribution that indicates presence or absence of sensitivity in the time direction by binarizing the transformation data, and derive a sensitivity distribution in a time-space by setting sensitivity of a pixel at which sensitivity is lower than a predetermined threshold to zero; and an image generator configured to generate an image of the time-series data using the time-series data and the sensitivity distribution. an arranger configured to acquire magnetic resonance time-series data based on a pulse sequence executed by undersampling k-space; a sensitivity deriver configured to: transform the time-series data in a time direction, thereby obtaining transformation data; and configured to derive a binarized sensitivity distribution that indicates presence or absence of sensitivity in the time direction by binarizing the transformation data, and derive a sensitivity distribution in a time-space by setting sensitivity of a pixel at which sensitivity is lower than a predetermined threshold to zero; and transform the time-series data in a time direction, thereby obtaining transformation data; and configured to derive a binarized sensitivity distribution that indicates presence or absence of sensitivity in the time direction by binarizing the transformation data, and derive a sensitivity distribution in a time-space by setting sensitivity of a pixel at which sensitivity is lower than a predetermined threshold to zero; and an image generator configured to generate an image of the time-series data using the time-series data and the sensitivity distribution.
A loom provided with a selvage yarn shedding apparatus comprising: two support bodies (20 and 20) each having carrier rods configured to support a heddle into which a selvage yarn is inserted and a slide guide to which the carrier rods are attached at both end portions; a drive motor configured to drive in forward and reverse rotations; a support frame fixed to a loom frame and comprising a guide part configured to guide displacement of the slide guides in an upper and lower direction, the drive motor being attached to the support frame; and a motion conversion mechanism configured to connect an output shaft of the drive motor and both the support bodies (20 and 20) each other and to convert rotation of the output shaft into reciprocating motion in the upper and lower direction of each support body, wherein each of the support bodies (20 and 20) comprises a connecting part including an extension portion provided above the carrier rod and extending from the slide guide in a longitudinal direction of the carrier rod toward a side where the heddle exists, where the connecting part is configured to connect the slide guide and the motion conversion mechanism to each other at the extension portion.
An adhesive composition comprising: a) At least one rubber component, b) At least one organic solvent, c) At least one powdered superabsorber polymer, wherein the at least one powdered superabsorber polymer comprises 15 - 40 wt.-% of the total weight of the adhesive composition, wherein the at least one organic solvent has a standard boiling point measured at a pressure of 1 bar using an ebulliometer of at or below 200 °C, preferably at or below 150 °C. a) At least one rubber component, b) At least one organic solvent, c) At least one powdered superabsorber polymer,
A liquid discharge apparatus comprising: a head configured to discharge liquid to apply the liquid to an application surface; and a controller configured to control discharge of the liquid from the head based on a vertical height of an application position at which the liquid is applied on the application surface, wherein the controller is configured to control an amount of the liquid discharged from the head, increase the amount of the liquid to be discharged from the head as the vertical height of the application position on the application surface is higher, and characterized in that the controller is furthermore configured to control the amount of the liquid in a manner such that a change in the amount of the liquid corresponding to a predetermined height difference is larger as an inclination of the application surface at the application position is larger. a head configured to discharge liquid to apply the liquid to an application surface; and a controller configured to control discharge of the liquid from the head based on a vertical height of an application position at which the liquid is applied on the application surface, wherein the controller is configured to control an amount of the liquid discharged from the head, increase the amount of the liquid to be discharged from the head as the vertical height of the application position on the application surface is higher, and characterized in that the controller is furthermore configured to control the amount of the liquid in a manner such that a change in the amount of the liquid corresponding to a predetermined height difference is larger as an inclination of the application surface at the application position is larger.
A computer-implemented method comprising: receiving, by a user equipment, UE, a first assignment for a first transmission with a first hybrid automatic repeat request, HARQ, process identifier, process ID, in a first network resource; receiving, by the UE, a second assignment for a second transmission with a second HARQ process ID in a second network resource, wherein the first network resource and the second network resource differ in the frequency domain; detecting, by the UE, an indication indicating that the first HARQ process ID and the second HARQ process ID map to a same transmission block, TB; and communicating, by the UE, with an access node, a transmission associated with at least one of the first HARQ process ID or the second HARQ process ID; and characterized in that the indication comprises: an indication indicating that a pool of HARQ process IDs are common across at least the first and second network resources, wherein the first HARQ process ID and the second HARQ process ID are the same to indicate that the first and second HARQ process IDs map to the TB. receiving, by a user equipment, UE, a first assignment for a first transmission with a first hybrid automatic repeat request, HARQ, process identifier, process ID, in a first network resource; receiving, by the UE, a second assignment for a second transmission with a second HARQ process ID in a second network resource, wherein the first network resource and the second network resource differ in the frequency domain; detecting, by the UE, an indication indicating that the first HARQ process ID and the second HARQ process ID map to a same transmission block, TB; and communicating, by the UE, with an access node, a transmission associated with at least one of the first HARQ process ID or the second HARQ process ID;
A relay (150, 200, 412, 413, 630) comprising: - a receiver configured to receive from a base station (110, 240, 411, 600) or an upper relay, a first data frame including data and data transmission time information of a point in time for transmitting the data and a second data frame including map information corresponding to the data and map information transmission time information of a point in time for transmitting the map information, wherein the data and the map information corresponding to the data are asynchronously received during different time periods; - a data frame computation unit configured to compute a third data frame (420, 430) to synchronously, with a predetermined temporal relevance, transmit to a terminal (124, 250, 414, 640) or to a lower relay the data and the map information, - a transmitter configured to transmit the third data frame (420, 430) to the terminal (124, 250, 414, 640) or to the lower relay using the map information transmission time information and the data transmission time information, characterized in that the data frame computation unit is further configured to only bind the data and the map information in a third data frame (420, 430), if the data transmission time information and the map information transmission time information indicate the same time duration for transmitting the data and map information to the terminal (124, 250, 414, 640) or to the lower relay. - a receiver configured to receive from a base station (110, 240, 411, 600) or an upper relay, a first data frame including data and data transmission time information of a point in time for transmitting the data and a second data frame including map information corresponding to the data and map information transmission time information of a point in time for transmitting the map information, wherein the data and the map information corresponding to the data are asynchronously received during different time periods; - a data frame computation unit configured to compute a third data frame (420, 430) to synchronously, with a predetermined temporal relevance, transmit to a terminal (124, 250, 414, 640) or to a lower relay the data and the map information, - a transmitter configured to transmit the third data frame (420, 430) to the terminal (124, 250, 414, 640) or to the lower relay using the map information transmission time information and the data transmission time information,
A distortion measurement method for an electron microscope image, the method comprising: loading a distortion measurement specimen having structures arranged in a lattice to a specimen plane of an electron microscope or a plane conjugate to the specimen plane to obtain an electron microscope image of the distortion measurement specimen; and measuring a distortion from the obtained electron microscope image of the distortion measurement specimen, wherein the step of measuring a distortion includes: calculating an auto-correlation function of the electron microscope image of the distortion measurement specimen; and measuring the distortion based on a pattern formed by connecting peak positions of the auto-correlation function, and characterised in that the pattern is an ellipse. loading a distortion measurement specimen having structures arranged in a lattice to a specimen plane of an electron microscope or a plane conjugate to the specimen plane to obtain an electron microscope image of the distortion measurement specimen; and measuring a distortion from the obtained electron microscope image of the distortion measurement specimen, wherein the step of measuring a distortion includes: calculating an auto-correlation function of the electron microscope image of the distortion measurement specimen; and measuring the distortion based on a pattern formed by connecting peak positions of the auto-correlation function, and calculating an auto-correlation function of the electron microscope image of the distortion measurement specimen; and measuring the distortion based on a pattern formed by connecting peak positions of the auto-correlation function, and characterised in that the pattern is an ellipse.
Locking mechanism for securing a support device of a folding top compartment cover of a convertible, which support device is mounted movably on the vehicle body by means of a driving device, characterized by a first lock unit, which is mounted on the vehicle body, for releasably locking the support device to the vehicle body, a second lock unit, which is mounted on the support device, for releasably locking the folding top compartment cover, which is mounted movably on the support device, to the support device, and an actuating device (42, 48) for actuating the two lock units (32, 35).
An electric fire consisting essentially of a housing having an inlet at or adjacent its lower end for the entry of air into the housing, a translucent or transparent screen forming at least part of the front of the housing, at least one fan for causing air to be drawn into the housing, an outlet at or adjacent the top of the housing for the discharge of at least a proportion of the air drawn into the housing, a light source within the housing and a sheet of flexible reflective material suspended from a position towards the top of the housing giving the appearance of a burning fuel effect, in use, and an electric heating element in or adjacent the outlet, characterised in that the or each fan is located adjacent the bottom of the housing and causes air to be drawn into the housing through the inlet, to flow upwardly through the housing, from the inlet towards the outlet, to cause the sheet of flexible material to adopt a sinuous or undulating motion providing an enhanced visual effect, the same flow of air then contacts the heating element and is discharged through the outlet.
A medical system for use in a lithotripsy procedure, comprising: a processor configured to receive input from a first imaging device, wherein the first imaging device is configured to send image data representative of an image captured in a lumen of a kidney, bladder, or ureter to the processor, wherein the processor is configured to: display the image on a display device coupled to the processor; analyze the image to sense the presence of an orifice (194, 196) within the image; if an orifice (194, 196) was sensed within the image, analyze the image to estimate a size of the orifice (194, 196) and generate recommended parameters for inflating a balloon that is inserted into the orifice (194, 196); and display the estimate on the display device. display the image on a display device coupled to the processor; analyze the image to sense the presence of an orifice (194, 196) within the image; if an orifice (194, 196) was sensed within the image, analyze the image to estimate a size of the orifice (194, 196) and generate recommended parameters for inflating a balloon that is inserted into the orifice (194, 196); and display the estimate on the display device.
Process for preparing an alkanesulphonic acid, comprising the steps of a) oxidizing at least one sulphur-containing starting compound with an oxidizing agent to give the corresponding alkanesulphonic acid, wherein the sulphur-containing starting compound is selected from the group consisting of alkyl mercaptan, dialkyl disulphide and dialkyl polysulphide having three to nine sulphur atoms, b) determining an S-alkyl alkanesulfonate as oxidation intermediate by means of UV-Vis spectroscopy, and a dialkyl disulphide and/or a dialkyl polysulphide as sulphur-containing starting compound by means of pulsed amperometric detection in the reaction output from step a), and c) supplying additional oxidizing agent in step a) to complete the oxidation reaction when, in step b), a sulphur-containing starting compound and/or an oxidation intermediate from the oxidation of the sulphur-containing starting compound to the corresponding alkanesulphonic acid has been determined. a) oxidizing at least one sulphur-containing starting compound with an oxidizing agent to give the corresponding alkanesulphonic acid, wherein the sulphur-containing starting compound is selected from the group consisting of alkyl mercaptan, dialkyl disulphide and dialkyl polysulphide having three to nine sulphur atoms, b) determining an S-alkyl alkanesulfonate as oxidation intermediate by means of UV-Vis spectroscopy, and a dialkyl disulphide and/or a dialkyl polysulphide as sulphur-containing starting compound by means of pulsed amperometric detection in the reaction output from step a), and c) supplying additional oxidizing agent in step a) to complete the oxidation reaction when, in step b), a sulphur-containing starting compound and/or an oxidation intermediate from the oxidation of the sulphur-containing starting compound to the corresponding alkanesulphonic acid has been determined.
A composition comprising (a) a resin composition prepared by reacting togeher components comprising dibasic acid, diamine, polyol and mono-alcohol, wherein at least 50 equivalent percent of the dibasic acid comprises polymerized fatty acid; and at least 50 equivalent percent of the diamine comprises ethylene diamine; and (b) hydrocarbon, an ester compound comprising the chemical group -O-C(=O)-, or a polyester compound; the composition having a consistency of a gel.