mhurhangee/ep-ind-claims huggingface dataset:
A hydrostatic seal assembly, comprising: a primary seal configured to maintain a selected gap between the primary seal and a rotating component, the primary seal including: a seal support; a seal shoe; and one or more seal beams operably connecting the seal support to the seal shoe, the one or more seal beams configured as spring elements integral with the seal shoe to allow radial movement of the seal shoe relative to the seal support; and a seal carrier including a radial outer wall configured to radially position the primary seal, the seal carrier configured for a non-contact relationship with the seal shoe during operation of the hydrostatic seal assembly; and an aft wall extending radially inwardly from the radial outer wall; characterized in that the aft wall entirely radially overlaps the seal support, and does not radially overlap the one or more seal beams. a seal support; a seal shoe; and one or more seal beams operably connecting the seal support to the seal shoe, the one or more seal beams configured as spring elements integral with the seal shoe to allow radial movement of the seal shoe relative to the seal support; and a seal carrier including a radial outer wall configured to radially position the primary seal, the seal carrier configured for a non-contact relationship with the seal shoe during operation of the hydrostatic seal assembly; and an aft wall extending radially inwardly from the radial outer wall; characterized in that the aft wall entirely radially overlaps the seal support, and does not radially overlap the one or more seal beams.
A method for sharing content over a voice telephony network, comprising: establishing an audio communication session using the voice telephony network; displaying a graphical representation of the audio communication session at a first communication endpoint; determining a need to share content, wherein the content is available as a computer file; characterized by associating in response to input from a user of the first communication endpoint the computer file with the audio communication session, wherein the input from the user includes using an input device to drag a representation of the computer file to a graphical representation of the established audio communication session, and wherein the computer file includes a text file; producing an audible output from the computer file, wherein producing an audible output from the computer file includes processing content included in the computer file to convert the content to an audible output using a text to speech facility; playing the audible output generated by the text to speech facility as part of the audio communication session. establishing an audio communication session using the voice telephony network; displaying a graphical representation of the audio communication session at a first communication endpoint; determining a need to share content, wherein the content is available as a computer file; characterized by associating in response to input from a user of the first communication endpoint the computer file with the audio communication session, wherein the input from the user includes using an input device to drag a representation of the computer file to a graphical representation of the established audio communication session, and wherein the computer file includes a text file; producing an audible output from the computer file, wherein producing an audible output from the computer file includes processing content included in the computer file to convert the content to an audible output using a text to speech facility; playing the audible output generated by the text to speech facility as part of the audio communication session.
A slice assignment method executed by a device assigning a slice that is a virtual network generated on a network infrastructure to a service using the virtual network, the slice assignment method comprising: a correspondence information acquiring step of acquiring correspondence information that is information in which the service, the slice of an assignment destination of the service, and a tracking area are associated with each other; a presence-in-area status identifying step of identifying a presence-in-area status of a terminal; and an assignment step of assigning the slice corresponding to the service used by the terminal and the tracking area represented by the presence-in-area status identified in the presence-in-area status identifying step on the basis of the correspondence information acquired in the correspondence information acquiring step, wherein, in the presence-in-area status identifying step, the device identifies the presence-in-area status of the terminal by acquiring the tracking area according to a tracking area update from the terminal, and wherein, in the assignment step, the device assigns the slice corresponding to the service used by the terminal and the tracking area according to the tracking area update on the basis of the correspondence information acquired in the correspondence information acquiring step with acquisition of the tracking area in the presence-in-area status identifying step as a trigger. a correspondence information acquiring step of acquiring correspondence information that is information in which the service, the slice of an assignment destination of the service, and a tracking area are associated with each other; a presence-in-area status identifying step of identifying a presence-in-area status of a terminal; and an assignment step of assigning the slice corresponding to the service used by the terminal and the tracking area represented by the presence-in-area status identified in the presence-in-area status identifying step on the basis of the correspondence information acquired in the correspondence information acquiring step, wherein, in the presence-in-area status identifying step, the device identifies the presence-in-area status of the terminal by acquiring the tracking area according to a tracking area update from the terminal, and wherein, in the assignment step, the device assigns the slice corresponding to the service used by the terminal and the tracking area according to the tracking area update on the basis of the correspondence information acquired in the correspondence information acquiring step with acquisition of the tracking area in the presence-in-area status identifying step as a trigger.
Retracting device for a leaf/sash of a door or of a window, having a housing, having a piston which is arranged in a receiving space of the housing and is loaded by a spring, and having a shaft which is mounted in the housing and which interacts with the piston, wherein an actuating arm for the leaf/sash is arranged on the shaft in a rotationally fixed manner, wherein at least one driver (16, 17) in the form of a tooth with a wide head surface is arranged on the shaft and interacts with a toothing or stop (22, 23) provided on the piston or with an abutment (28, 29) provided on the piston for displacing the latter, and the head surface of which forms a freewheeling device with a freewheeling region (19, 34, 35) in that the abutment (28, 29) of the piston or a tooth (12, 13) of the toothing of the piston slides along the freewheeling region (19, 34, 35) during a rotation of the shaft without further displacing the piston in the direction of the spring, and thereby decouples the shaft from the piston, characterized in that the piston is designed as a hollow piston and has two mutually opposite abutments (28, 29) or toothings on its inner side, wherein the first toothing is assigned at least one first tooth and the second toothing is assigned at least one second tooth, and wherein a first driver is arranged on the shaft and a second driver is arranged on the shaft at a distance from the first driver in the circumferential direction of the shaft, and wherein the first abutment or the first tooth in the freewheeling region (19, 34, 35) on the first driver and the second abutment or the second tooth in the freewheeling region (19, 34, 35) on the second driver transfers the freewheeling motion of the leaf/sash in which the leaf/sash is freely movable.
A cutting device for use with a powered surgical tool, comprising: an outer blade having a distal end having an end cap, wherein the end cap is planar and perpendicular to cylindrical sides of the outer blade, wherein a distal cutting window is formed in the end cap and the cylindrical sides, and wherein the distal cutting window is defined by edges (130, 132) having protrusions and window teeth; and an inner blade having a distal portion including a cutting tip, wherein the cutting tip includes teeth (116a, 116b) configured in pairs that extend radially toward one another across a first opening; wherein the inner blade is disposed coaxially within the outer blade along a longitudinal axis with the cutting tip aligned within the cutting window, and wherein the window teeth of the cutting window are longitudinally offset from the teeth of the cutting tip; and characterised by castellations (112a, 112b) that extend parallel to a longitudinal axis of the inner blade toward the end cap of the outer blade, wherein the castellations extend along the distal portion between the first opening and a second opening formed by a notch, and wherein the second opening is circumferentially spaced from the first opening. an outer blade having a distal end having an end cap, wherein the end cap is planar and perpendicular to cylindrical sides of the outer blade, wherein a distal cutting window is formed in the end cap and the cylindrical sides, and wherein the distal cutting window is defined by edges (130, 132) having protrusions and window teeth; and an inner blade having a distal portion including a cutting tip, wherein the cutting tip includes teeth (116a, 116b) configured in pairs that extend radially toward one another across a first opening; wherein the inner blade is disposed coaxially within the outer blade along a longitudinal axis with the cutting tip aligned within the cutting window, and wherein the window teeth of the cutting window are longitudinally offset from the teeth of the cutting tip; and characterised by castellations (112a, 112b) that extend parallel to a longitudinal axis of the inner blade toward the end cap of the outer blade, wherein the castellations extend along the distal portion between the first opening and a second opening formed by a notch, and wherein the second opening is circumferentially spaced from the first opening.
Method for measuring the positions of centers of curvature (K1, K2, K3) of optical surfaces (S1, S2, S3) of a multi-lens optical system, comprising the following steps: a) provisionally determining an optical axis of the optical system using an angle-measuring device; b) orienting the optical system with respect to a short-coherence interferometer in such a way, that the provisionally determined optical axis is aligned with a reference axis; c) measuring the spacings between the surfaces (S1, S2, S3) along the reference axis using the short-coherence interferometer; d) measuring the positions of the centers of curvature (K1, K2, K3) of the surfaces (S1, S2, S3) using the optical angle-measuring device, wherein in the course of a measurement of the center of curvature of a surface situated within the optical system - the measured positions of the centers of curvature of the surfaces situated between this surface and the angle-measuring device and - the spacings between the surfaces measured in step c) are taken into consideration computationally (ST3, ST4). a) provisionally determining an optical axis of the optical system using an angle-measuring device; b) orienting the optical system with respect to a short-coherence interferometer in such a way, that the provisionally determined optical axis is aligned with a reference axis; c) measuring the spacings between the surfaces (S1, S2, S3) along the reference axis using the short-coherence interferometer; d) measuring the positions of the centers of curvature (K1, K2, K3) of the surfaces (S1, S2, S3) using the optical angle-measuring device, wherein in the course of a measurement of the center of curvature of a surface situated within the optical system - the measured positions of the centers of curvature of the surfaces situated between this surface and the angle-measuring device and - the spacings between the surfaces measured in step c) - the measured positions of the centers of curvature of the surfaces situated between this surface and the angle-measuring device and - the spacings between the surfaces measured in step c)
A connector comprising: a body member having a trough for receiving an electrical conductor, with at least two swage regions and a center section between said two swage regions, each swage region having an opening extending along a length of the trough to allow insertion, in a radial direction, of the electrical conductor into the trough; and a pair of inserts each configured for mating engagement with an opening in one of the swage regions, such that, when the electrical conductor is disposed within the trough and the inserts are mated with the body member, the assembled connector has a complete cylindrical inner surface surrounding the electrical conductor in the swage regions; and wherein the center section does not fully encircle said electrical conductor disposed within the trough. a body member having a trough for receiving an electrical conductor, with at least two swage regions and a center section between said two swage regions, each swage region having an opening extending along a length of the trough to allow insertion, in a radial direction, of the electrical conductor into the trough; and a pair of inserts each configured for mating engagement with an opening in one of the swage regions, such that, when the electrical conductor is disposed within the trough and the inserts are mated with the body member, the assembled connector has a complete cylindrical inner surface surrounding the electrical conductor in the swage regions; and wherein the center section does not fully encircle said electrical conductor disposed within the trough.
A method of manufacturing an intraoral device including: obtaining an impression of at least one row of a patient's teeth; transferring said impression into a processor; said processor either: a) communicating with a milling machine; and milling a blank of a first material to form a cavity in said blank substantially corresponding to said impression, said cavity being milled to include an offset from the impression; OR b) communicating with a 3D printing machine and a milling machine; and 3D printing a first material to form a cavity with an offset substantially corresponding to said impression; the method further including filling said cavity with at least a second material and allowing said second material to cure; milling said second material to correspond to said impression; milling said first material to obtain a device shape; and wherein said first and second materials are comparatively hard and soft. obtaining an impression of at least one row of a patient's teeth; transferring said impression into a processor; said processor either: a) communicating with a milling machine; and milling a blank of a first material to form a cavity in said blank substantially corresponding to said impression, said cavity being milled to include an offset from the impression; OR b) communicating with a 3D printing machine and a milling machine; and 3D printing a first material to form a cavity with an offset substantially corresponding to said impression; a) communicating with a milling machine; and milling a blank of a first material to form a cavity in said blank substantially corresponding to said impression, said cavity being milled to include an offset from the impression; OR b) communicating with a 3D printing machine and a milling machine; and 3D printing a first material to form a cavity with an offset substantially corresponding to said impression; the method further including filling said cavity with at least a second material and allowing said second material to cure; milling said second material to correspond to said impression; milling said first material to obtain a device shape; and wherein said first and second materials are comparatively hard and soft.
Electrical link comprising a protective sheath surrounding at least two conductors in which each of said conductors is suitable for linking a direct voltage source to a user equipment item (5a, 5b), each conductor being surrounded by an insulating jacket, characterized in that the electrical link also comprises an electrical protection system comprising: • associated with each conductor: ∘ a conductive sheath arranged around the insulating jacket of the conductor, ∘ a circuit breaker arranged on the conductor and configured, when activated, to open and power down said conductor; ∘ a direct current generator connected to the conductive sheath and configured to generate a non-zero current (Ig) on reception of an activation signal; and ∘ a leakage current detection assembly connected to the conductive sheath and to the circuit breaker; • a sequencer supplying, in succession, an activation signal to the current generators of the electrical link; the detection assembly of a conductor being configured to measure a current (Ir) passing through the conductive sheath and characterized in that the detection assembly is configured to compare a voltage (Ur) proportional to said current (Ir) to a first range of values and to a second range of values, the detection assembly activating the circuit breaker: - if the voltage (Ur) is outside of the first range of values while the current generator generates a non-zero current (Ig); or - if the voltage (Ur) is outside of the second range of values while the current generator generates a zero current. • associated with each conductor: ∘ a conductive sheath arranged around the insulating jacket of the conductor, ∘ a circuit breaker arranged on the conductor and configured, when activated, to open and power down said conductor; ∘ a direct current generator connected to the conductive sheath and configured to generate a non-zero current (Ig) on reception of an activation signal; and ∘ a leakage current detection assembly connected to the conductive sheath and to the circuit breaker; ∘ a conductive sheath arranged around the insulating jacket of the conductor, ∘ a circuit breaker arranged on the conductor and configured, when activated, to open and power down said conductor; ∘ a direct current generator connected to the conductive sheath and configured to generate a non-zero current (Ig) on reception of an activation signal; and ∘ a leakage current detection assembly connected to the conductive sheath and to the circuit breaker; • a sequencer supplying, in succession, an activation signal to the current generators of the electrical link; - if the voltage (Ur) is outside of the first range of values while the current generator generates a non-zero current (Ig); or - if the voltage (Ur) is outside of the second range of values while the current generator generates a zero current.
Delivery unit for a liquid additive, having a first pump with a first suction port and with a first pressure port, having a second pump with a second suction port and with a second pressure port, and having a feed device, wherein the feed device is connected to the first pressure port via a first line system and the first suction port is connected to a tank for the liquid additive via a second line system, and furthermore the second pressure port is connected to the tank via a third line system and the second suction port is connected to the feed device via branch of the first line system, wherein the second line system and the third line system are separated from one another, wherein the first pump has a first electric drive and the second pump has a second electric drive.
A rocuronium bromide injection solution-prefilled syringe comprises a syringe having an outer cylinder made of synthetic resin, a gasket which is accommodated inside said outer cylinder and liquid-tightly slidable inside said outer cylinder, and a seal member for sealing a distal end opening of said outer cylinder; and a rocuronium bromide injection solution filled inside said syringe, characterized in that said gasket is formed by vulcanized chlorinated butyl rubber added calcined clay, said gasket does not contain inorganic filler classified as an inorganic reinforcing agent and an inorganic filling agent other than calcined clay, the inorganic filler classified as an inorganic reinforcing agent and an inorganic filling agent being silica, basic magnesium carbonate, magnesium silicate, calcium carbonate, clay excluding calcined clay, talc, wollastonite, zeolite, bituminous fine powder, diatomaceous earth, silica sand, pumice powder, slate powder, alumina white, aluminum sulfate, barium sulfate, lithopone, calcium sulfate, and molybdenum disulfide, and an average particle diameter of said calcined clay is set to not more than 1.0 μm, and the pH of the rocuronium bromide injection solution is set to 3 to 5. characterized in that said gasket is formed by vulcanized chlorinated butyl rubber added calcined clay, said gasket does not contain inorganic filler classified as an inorganic reinforcing agent and an inorganic filling agent other than calcined clay, the inorganic filler classified as an inorganic reinforcing agent and an inorganic filling agent being silica, basic magnesium carbonate, magnesium silicate, calcium carbonate, clay excluding calcined clay, talc, wollastonite, zeolite, bituminous fine powder, diatomaceous earth, silica sand, pumice powder, slate powder, alumina white, aluminum sulfate, barium sulfate, lithopone, calcium sulfate, and molybdenum disulfide, and an average particle diameter of said calcined clay is set to not more than 1.0 μm, and the pH of the rocuronium bromide injection solution is set to 3 to 5.