mhurhangee/ep-ind-claims huggingface dataset:
A nasopharyngeal airway device (2, 102, 202) for receiving a nasal cannula, comprising: (a) a flexible tube (4, 104, 204) having first and second open ends (6, 8); and (b) a flexible receptacle (10, 110, 210) open at its upper end (12, 112, 212) integral with said flexible tube first open end having a diameter greater than a diameter of said flexible tube (4, 104, 204), said flexible receptacle (10, 110, 210) containing: a lower end opening (16, 116, 216) communicating with said flexible tube first open end; and opposed recesses (22, 122, 222) arranged at an upper edge of said upper end and configured to receive and retain the nasal cannula, said nasal cannula having an outlet and at least one nasal prong, whereby when said flexible tube second open end is configured to be inserted into a nasal passage of a patient, tubing of the outlet of the nasal cannula is arranged in said opposed recesses (22, 122, 222) with said at least one nasal prong being retained within said flexible receptacle (10, 110, 210) to deliver oxygen to the patient via said flexible receptacle (10, 110, 210) and, in turn, said flexible tube (4, 104, 204). (a) a flexible tube (4, 104, 204) having first and second open ends (6, 8); and (b) a flexible receptacle (10, 110, 210) open at its upper end (12, 112, 212) integral with said flexible tube first open end having a diameter greater than a diameter of said flexible tube (4, 104, 204), said flexible receptacle (10, 110, 210) containing: a lower end opening (16, 116, 216) communicating with said flexible tube first open end; and opposed recesses (22, 122, 222) arranged at an upper edge of said upper end and configured to receive and retain the nasal cannula, said nasal cannula having an outlet and at least one nasal prong, whereby when said flexible tube second open end is configured to be inserted into a nasal passage of a patient, tubing of the outlet of the nasal cannula is arranged in said opposed recesses (22, 122, 222) with said at least one nasal prong being retained within said flexible receptacle (10, 110, 210) to deliver oxygen to the patient via said flexible receptacle (10, 110, 210) and, in turn, said flexible tube (4, 104, 204). a lower end opening (16, 116, 216) communicating with said flexible tube first open end; and opposed recesses (22, 122, 222) arranged at an upper edge of said upper end and configured to receive and retain the nasal cannula, said nasal cannula having an outlet and at least one nasal prong, whereby when said flexible tube second open end is configured to be inserted into a nasal passage of a patient, tubing of the outlet of the nasal cannula is arranged in said opposed recesses (22, 122, 222) with said at least one nasal prong being retained within said flexible receptacle (10, 110, 210) to deliver oxygen to the patient via said flexible receptacle (10, 110, 210) and, in turn, said flexible tube (4, 104, 204).
An inkjet printing device comprising: - a flatbed table for supporting on its support surface substrates to print on; and - ball transfer units, arranged in the support surface, for transporting and/or positioning substrates on the flatbed table; and - characterized in that the inkjet printing device comprises a drive module for moving away the ball transfer units from the support surface. - a flatbed table for supporting on its support surface substrates to print on; and - ball transfer units, arranged in the support surface, for transporting and/or positioning substrates on the flatbed table; and - characterized in that the inkjet printing device comprises a drive module for moving away the ball transfer units from the support surface.
A computer-implemented method of evaluating a patient with vascular disease, the disease including presence of plaque, the method comprising: receiving (321, 401) stored patient-specific data regarding a geometry of the patient's vasculature; creating (403A, 403B) an anatomic model representing at least a portion of a location of disease in the patient's vasculature based on the received patient-specific data; determining (303, 407) a disease type associated with the disease at said location of disease; modeling a progression or regression of disease at the location by computing one or more plaque geometries based on plaque remodeling characteristics of the disease type, identifying one or more changes in geometry of the anatomic model based on the modeled progression or regression of disease at the location; characterized in that the method further comprises: calculating (307, 409) one or more values of a blood flow characteristic within the patient's vasculature using a computational model based on the identified one or more changes in geometry of the anatomic model; and generating a treatment recommendation or risk assessment based on the one or more values of the calculated blood flow characteristic. receiving (321, 401) stored patient-specific data regarding a geometry of the patient's vasculature; creating (403A, 403B) an anatomic model representing at least a portion of a location of disease in the patient's vasculature based on the received patient-specific data; determining (303, 407) a disease type associated with the disease at said location of disease; modeling a progression or regression of disease at the location by computing one or more plaque geometries based on plaque remodeling characteristics of the disease type, identifying one or more changes in geometry of the anatomic model based on the modeled progression or regression of disease at the location; characterized in that the method further comprises: calculating (307, 409) one or more values of a blood flow characteristic within the patient's vasculature using a computational model based on the identified one or more changes in geometry of the anatomic model; and generating a treatment recommendation or risk assessment based on the one or more values of the calculated blood flow characteristic. calculating (307, 409) one or more values of a blood flow characteristic within the patient's vasculature using a computational model based on the identified one or more changes in geometry of the anatomic model; and generating a treatment recommendation or risk assessment based on the one or more values of the calculated blood flow characteristic.
A hydraulic injection system configured to inject bone cement, the hydraulic injection system comprising: a cement cartridge assembly including a plunger and a cartridge body that defines an interior cavity that slidably supports the plunger such that the plunger defines a barrier surface that is movable in the interior cavity from a first position to a second position so as to eject fluid out the interior cavity; a hydraulic injector comprising a housing that defines a fluid chamber, a fluid reservoir in fluid communication with the fluid chamber, a piston that has a first piston end that is at least partially disposed within the fluid chamber, a suction check valve that is disposed between the fluid reservoir and the fluid chamber, wherein the suction check valve allows fluid to travel along a direction from the fluid reservoir toward the fluid chamber, and prevents fluid from traveling from the fluid chamber to the fluid reservoir, and at least one outlet port that is in fluid tight communication with the fluid chamber; and at least one conduit configured to fluidly interconnect the at least one outlet port of the hydraulic injector and the cement cartridge assembly so as to place the fluid chamber and the interior cavity of the cartridge body in fluid communication with each other, characterized in that the cement cartridge assembly includes at least two cement cartridges. a cement cartridge assembly including a plunger and a cartridge body that defines an interior cavity that slidably supports the plunger such that the plunger defines a barrier surface that is movable in the interior cavity from a first position to a second position so as to eject fluid out the interior cavity; a hydraulic injector comprising a housing that defines a fluid chamber, a fluid reservoir in fluid communication with the fluid chamber, a piston that has a first piston end that is at least partially disposed within the fluid chamber, a suction check valve that is disposed between the fluid reservoir and the fluid chamber, wherein the suction check valve allows fluid to travel along a direction from the fluid reservoir toward the fluid chamber, and prevents fluid from traveling from the fluid chamber to the fluid reservoir, and at least one outlet port that is in fluid tight communication with the fluid chamber; and at least one conduit configured to fluidly interconnect the at least one outlet port of the hydraulic injector and the cement cartridge assembly so as to place the fluid chamber and the interior cavity of the cartridge body in fluid communication with each other, characterized in that the cement cartridge assembly includes at least two cement cartridges.
A system for digital imaging in an ambient light deficient environment comprising: an imaging sensor comprising an array of pixels arranged in rows and columns for sensing electromagnetic radiation using a rolling reset and read process; an emitter configured to emit a pulse of electromagnetic radiation; a control unit comprising a processor and wherein the control unit is in electrical communication with the imaging sensor and the emitter; and wherein the controller is configured to synchronize the emitter and the imaging sensor so as to produce a plurality of image frames; wherein the emitter is configured to pulse the electromagnetic radiation between readout cycles, such that the maximum available period corresponds to the sum of the blanking time plus any time during which optical black or optically blind rows are serviced at the start or end of each frame; and wherein the plurality of image frames comprise a luminance frame comprising luminance image data and a chrominance frame comprising chrominance image data that are combined to form a color image. an imaging sensor comprising an array of pixels arranged in rows and columns for sensing electromagnetic radiation using a rolling reset and read process; an emitter configured to emit a pulse of electromagnetic radiation; a control unit comprising a processor and wherein the control unit is in electrical communication with the imaging sensor and the emitter; and wherein the controller is configured to synchronize the emitter and the imaging sensor so as to produce a plurality of image frames; wherein the emitter is configured to pulse the electromagnetic radiation between readout cycles, such that the maximum available period corresponds to the sum of the blanking time plus any time during which optical black or optically blind rows are serviced at the start or end of each frame; and wherein the plurality of image frames comprise a luminance frame comprising luminance image data and a chrominance frame comprising chrominance image data that are combined to form a color image.
Building block for brickwork, having on the upper surface at least one projecting, longitudinally extending elevation and on the lower bearing surface a corresponding recess or receptacle which is designed in such a way as to receive the above projecting, longitudinally extending elevation of a further identical building block, wherein the volumetric proportion of free volume in the building block as a result of perforations is <5% of the total volume of the building block, characterized in that longitudinal grooves (11, 11') of dovetail-like construction are provided as so-called mortar pockets in horizontal strip-like longitudinal surfaces in each case laterally of the upwardly projecting, longitudinally extending elevation and in lower longitudinal bearing surfaces in each case laterally of the recess or receptacle.
A method of operating a laundry machine comprising: a tub or a drum, an input unit, and a steam supply unit, characterized in that the method comprises: selecting a steam washing course, in which a washing operation is performed only using steam, through the input unit; and performing an operation step based on the selected course only using steam while controlling the steam supply unit to generate and supply steam to the tub or drum, wherein, at the operation step, an operation condition is decided according to an initial factor, wherein the operation condition includes at least the amount of water supplied to the steam supply unit, wherein the initial factor includes the initial interior temperature of the tub or the drum and the operation condition is decided based on an operating progress temperature and/or an operation progress time depending upon the result of comparison between the initial temperature and a reference temperature range,. selecting a steam washing course, in which a washing operation is performed only using steam, through the input unit; and performing an operation step based on the selected course only using steam while controlling the steam supply unit to generate and supply steam to the tub or drum,
Device for machining a preform which is designed as a rotationally symmetrical hollow body, with a main spindle (1.1), of which the axis is the machine main axis (x), and with at least one outer shaping tool which has/have a number of outer shaping rollers and can be radially positioned or radially moved corresponding to a predefined contour of the workpiece to be shaped, and also with an inner shaping tool which is fixed to a holder which can be displaced in the axial longitudinal direction and which is mounted so that it can rotate about the machine main axis (x) of the main spindle (1.1) and coaxially therewith, wherein the shaping rollers of the outer shaping tool are designed to engage in the region of the inner shaping tool from externally against the shell surface of the preform, characterised in that an axially movable headstock with a driven entrainment element and a tailstock with a receiving device formed as a centring element and a tensioning device with a pressure extension guided centrally with respect to the machine main axis (x) are provided, which are designed to hold the preform centred and axially braced between the entrainment element and the centring element so that the headstock with rotating main spindle (1.1) and the preform and the tailstock form, due to the pre-stressing, one unit which can be moved jointly through the axial force of a feed device arranged on the headstock with a controlled feed in axial direction relative to the outer shaping tools, wherein the inner shaping tool has an axially profiled outer contour (9.2) which is designed to provide different effective tool diameters, wherein the inner shaping tool can be axially moved and / or axially positioned relative to the axial position of the outer shaping tools in order to predefine the axial position of a shaping zone on the inner shaping tool between the inner shaping tool and the outer shaping tools through the axial positioning of the outer shaping tools relative to the inner shaping tool so that, due to the different effective tool diameters of the outer contour (9.2) of the inner shaping tool, an inner diameter of the workpiece can be predefined through the relative axial position of the outer shaping tools and the inner shaping tool relative to each other.
Method for inspecting a component on the basis of Barkhausen noises, in which a plurality of Barkhausen noise signals are processed, which have been or are determined at measurement positions (PS1, PS2,..., PS9) along the surface of the component by means of a measuring device, characterized in that by means of a computer unit from the Barkhausen noise signals a measurement matrix is formed, which contains the detected Barkhausen noise signals as entries; a plurality of characteristics are specified, each of which represents at least one cause of manufacturing defects of the component, and each characteristic is associated with a processing procedure of the measurement matrix, the procedure being specific for the respective characteristic; for each characteristic the measurement matrix undergoes the associated processing procedure, whereby an intensity of the characteristic concerned is determined.
A method of saving energy in a mobile terminal, this method comprises - a step of sending, during a first period, called the usage period of the mobile terminal, of control messages with a first sending frequency; and - a step of sending, during a second period, called the non-usage period of the mobile terminal, of control messages with a second sending frequency, the transition from a non-usage period to a usage period, or vice versa, being dependent on the movement of the mobile terminal and on a time delay, and the calls received during a period of non-usage being summarized by the terminal once it moves to a usage period, then reported to the user. - a step of sending, during a first period, called the usage period of the mobile terminal, of control messages with a first sending frequency; and - a step of sending, during a second period, called the non-usage period of the mobile terminal, of control messages with a second sending frequency,
A member for holding an object in position on an element provided with a bore, the object comprising a so-called male part designed as a pointed rod, the free end of which is suitable for being inserted into a reception housing provided in a so-called female part of the holding member, the reception housing being provided, at its opening, with a means for guiding the male part into the reception housing and the guiding means being formed in two parts (19, 20) of similar shape and coaxially fitted into one another, characterised in that a cylinder extends a conical part, the cylinder and the conical part constituting the inner part of the guiding means and in that said member also comprises a ring and seals inserted between the cylinder and a main body of the holding member.
Process for making an electrode active material wherein said process comprises the following steps: (a) Providing a hydroxide TM 2 or at least one oxide TMO or at least one oxyhydroxide of TM or a combination of at least two of the foregoing wherein TM contains at least 99 mol-% Ni and, optionally, in total up to 1 mol-% of at least one metal selected from Ti, Zr, V, Co, Zn, Ba, or Mg, (b) mixing said hydroxide TM 2 or oxide TMO or oxyhydroxide of TM or combination with a source of lithium and an aqueous solution of a compound of Me wherein Me is selected from Al or Ga or a combination of the foregoing and wherein the molar amount of TM corresponds to the sum of Li and Me, (c) removing the water by evaporation, (d) treating the solid residue obtained from step (c) thermally at a temperature in the range of from 500 to 800°C in the presence of oxygen. (a) Providing a hydroxide TM 2 or at least one oxide TMO or at least one oxyhydroxide of TM or a combination of at least two of the foregoing wherein TM contains at least 99 mol-% Ni and, optionally, in total up to 1 mol-% of at least one metal selected from Ti, Zr, V, Co, Zn, Ba, or Mg, (b) mixing said hydroxide TM 2 or oxide TMO or oxyhydroxide of TM or combination with a source of lithium and an aqueous solution of a compound of Me wherein Me is selected from Al or Ga or a combination of the foregoing and wherein the molar amount of TM corresponds to the sum of Li and Me, (c) removing the water by evaporation, (d) treating the solid residue obtained from step (c) thermally at a temperature in the range of from 500 to 800°C in the presence of oxygen.
A computer implemented method, executed by a server, for enabling browsing of videos via a user interface of a client device, the method comprising: providing for display, in the user interface, a plurality of video set labels distributed along a first direction of the user interface; wherein the plurality of video set labels correspond to a plurality of video sets that are related to a current video, each video set associated with a respective relevancy score indicative of a relationship between the video set and the current video and determined based on viewing patterns between the current video and videos in the video set; wherein the video set labels are ordered along the first direction according to the respective relevancy scores of the video sets; and wherein focus among the plurality of video set labels is on a first video set label, the first video set label corresponding to a first video set; and providing for display, in the user interface, a plurality of video previews distributed along a second direction of the user interface that is perpendicular to the first direction, wherein the plurality of video previews correspond to videos from the first video set responsive to focus being on the first video set label, and wherein the plurality of video previews are displayed concurrently with the plurality of video set labels. providing for display, in the user interface, a plurality of video set labels distributed along a first direction of the user interface; wherein the plurality of video set labels correspond to a plurality of video sets that are related to a current video, each video set associated with a respective relevancy score indicative of a relationship between the video set and the current video and determined based on viewing patterns between the current video and videos in the video set; wherein the video set labels are ordered along the first direction according to the respective relevancy scores of the video sets; and wherein focus among the plurality of video set labels is on a first video set label, the first video set label corresponding to a first video set; and providing for display, in the user interface, a plurality of video previews distributed along a second direction of the user interface that is perpendicular to the first direction, wherein the plurality of video previews correspond to videos from the first video set responsive to focus being on the first video set label, and wherein the plurality of video previews are displayed concurrently with the plurality of video set labels.