mhurhangee/ep-ind-claims huggingface dataset:
A tab for a container having a selectively openable panel defined at least in part by a frangible score groove in a surface of the container, the frangible score groove selectively fracturable by a lifting action administered by a user to the tab, the tab comprising: a nose portion; a lift end opposite the nose portion; a central webbing of a metal between the nose portion and the lift end, the central webbing having a hinge region and a rivet island, the rivet island being at least partially surrounded by a void region, the central webbing further having a grab portion at the lift end of the tab, the grab portion having an enclosed region defining a billboard surface having a top side and a bottom side opposite the top side; characterised in that the tab further comprises a bead created by a displaced portion of the central webbing located on the billboard surface, wherein the bead includes a tactile indicium located on the billboard surface, wherein the tactile indicium comprises relief features of the tab material on the top and bottom sides, and wherein the tactile indicium comprises an embossed figure on the top side and a corresponding debossed figure on the bottom side. a nose portion; a lift end opposite the nose portion; a central webbing of a metal between the nose portion and the lift end, the central webbing having a hinge region and a rivet island, the rivet island being at least partially surrounded by a void region, the central webbing further having a grab portion at the lift end of the tab, the grab portion having an enclosed region defining a billboard surface having a top side and a bottom side opposite the top side; characterised in that the tab further comprises a bead created by a displaced portion of the central webbing located on the billboard surface, wherein the bead includes a tactile indicium located on the billboard surface, wherein the tactile indicium comprises relief features of the tab material on the top and bottom sides, and wherein the tactile indicium comprises an embossed figure on the top side and a corresponding debossed figure on the bottom side.
A baseband data storage control method, comprising: receiving cell configuration information in each subframe, mapping each cell into a preset cell set according to bandwidth and quantity of antennas in the cell configuration information, wherein each cell set corresponds to a random storage region; analyzing each cell included in each cell set and cell parameters corresponding to each cell, and computing storage addresses for each cell in the random storage region according to obtained cell parameters; and storing received baseband data into a random storage region corresponding to a cell to which the baseband data belong, according to the computed storage address. receiving cell configuration information in each subframe, mapping each cell into a preset cell set according to bandwidth and quantity of antennas in the cell configuration information, wherein each cell set corresponds to a random storage region; analyzing each cell included in each cell set and cell parameters corresponding to each cell, and computing storage addresses for each cell in the random storage region according to obtained cell parameters; and storing received baseband data into a random storage region corresponding to a cell to which the baseband data belong, according to the computed storage address.
A nasal dilator, comprising: an engagement element for engaging the dilator to a skin surface of a nose of a user; a resilient element comprising at least one resilient member in at least one resilient layer, the at least one resilient member having substantial in-plane rigidity and out-of-plane flexibility so as to provide resilient spring biasing forces when the dilator is in use on the nose, characterized in that the resilient element further comprises an elastic membrane having in-plane elasticity for providing stretching and tensioning forces generally parallel to its surface plane; the elastic membrane connects the engagement element to the resilient element such that the stretching and tensioning forces extend between the engagement element and the at least one resilient member when the dilator is in use on the nose, and said elastic membrane allows terminal ends of said resilient member to lift away from the surface of the nose. an engagement element for engaging the dilator to a skin surface of a nose of a user; a resilient element comprising at least one resilient member in at least one resilient layer, the at least one resilient member having substantial in-plane rigidity and out-of-plane flexibility so as to provide resilient spring biasing forces when the dilator is in use on the nose, characterized in that the resilient element further comprises an elastic membrane having in-plane elasticity for providing stretching and tensioning forces generally parallel to its surface plane; the elastic membrane connects the engagement element to the resilient element such that the stretching and tensioning forces extend between the engagement element and the at least one resilient member when the dilator is in use on the nose, and said elastic membrane allows terminal ends of said resilient member to lift away from the surface of the nose.
A computer system comprising: a plurality of first shelves, each of the first shelves having a first carrier, a plurality of information processing modules and a switching module removable received in the carrier, and an interconnection member providing connections between the information processing modules and the switching module; and a further shelf having a further carrier, a further switching module removably received in the further carrier; characterised in that: the further switching module is configured as a master switching module; and the first shelves are logically connected into a plurality of stacks, with switching modules of respective first shelves of a said stack being interconnected in logical loop stacking configuration, a switching module of at least one first shelf connected to a respective switching module of two others of the first shelves by inter-shelf interconnects, and any the master switching module connected to a respective switching module of two of the first shelves by inter-shelf interconnects as a master switch for the stack. a plurality of first shelves, each of the first shelves having a first carrier, a plurality of information processing modules and a switching module removable received in the carrier, and an interconnection member providing connections between the information processing modules and the switching module; and a further shelf having a further carrier, a further switching module removably received in the further carrier; characterised in that: the further switching module is configured as a master switching module; and the first shelves are logically connected into a plurality of stacks, with switching modules of respective first shelves of a said stack being interconnected in logical loop stacking configuration, a switching module of at least one first shelf connected to a respective switching module of two others of the first shelves by inter-shelf interconnects, and any the master switching module connected to a respective switching module of two of the first shelves by inter-shelf interconnects as a master switch for the stack. the further switching module is configured as a master switching module; and the first shelves are logically connected into a plurality of stacks, with switching modules of respective first shelves of a said stack being interconnected in logical loop stacking configuration, a switching module of at least one first shelf connected to a respective switching module of two others of the first shelves by inter-shelf interconnects, and any the master switching module connected to a respective switching module of two of the first shelves by inter-shelf interconnects as a master switch for the stack.
A five mirror all-reflective afocal optical system comprising: a positive-powered primary mirror arranged and configured to receive and reflect collimated electromagnetic radiation received via an entrance pupil of the afocal optical system; a negative-powered second mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the primary mirror; a positive-powered third mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the secondary mirror; a negative-powered fourth mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the tertiary mirror to form an intermediate image; and a positive-powered fifth mirror configured to receive and re-collimate the electromagnetic radiation reflected from the quaternary mirror and to reflect the re-collimated electromagnetic radiation through an exit pupil of the afocal optical system, the intermediate image being located between the fourth and fifth mirrors. a positive-powered primary mirror arranged and configured to receive and reflect collimated electromagnetic radiation received via an entrance pupil of the afocal optical system; a negative-powered second mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the primary mirror; a positive-powered third mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the secondary mirror; a negative-powered fourth mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the tertiary mirror to form an intermediate image; and a positive-powered fifth mirror configured to receive and re-collimate the electromagnetic radiation reflected from the quaternary mirror and to reflect the re-collimated electromagnetic radiation through an exit pupil of the afocal optical system, the intermediate image being located between the fourth and fifth mirrors.
A compound selected from the group of compounds having the structure of Formula -Formula: or a pharmaceutically acceptable salt of any of the foregoing.
A system for communication and for scrolling a remote application, the system comprising: a viewer controller module configured to receive, at the system from a remote server over a remote access connection between the system and the remote server during a remote connection session, an overall content size of a remote application running on the remote server, the viewer controller module further configured to generate a scrolling command to control a first remote application view at the system of the remote application, the scrolling command based on one or more native scrolling gestures, a first display output at the system of the remote application and the overall content size of the remote application, the viewer controller module further configured to send, from the system to the remote server over the remote access connection, the scrolling command, wherein the remote application has a first boundary, the first display output has a second boundary movable within the first boundary, and the first remote application view has a third boundary movable only within the second boundary, wherein the remote application, the first display output and the first remote application view are distinct, wherein the first boundary, the second boundary and the third boundary are distinct, and wherein the viewer controller module is a local view module, the local view module configured to generate one or more scrollbars adaptive to the overall content size of the remote application and based on a size and a position of the first remote application view relative to the overall content size of the remote application. a viewer controller module configured to receive, at the system from a remote server over a remote access connection between the system and the remote server during a remote connection session, an overall content size of a remote application running on the remote server, the viewer controller module further configured to generate a scrolling command to control a first remote application view at the system of the remote application, the scrolling command based on one or more native scrolling gestures, a first display output at the system of the remote application and the overall content size of the remote application, the viewer controller module further configured to send, from the system to the remote server over the remote access connection, the scrolling command, wherein the remote application has a first boundary, the first display output has a second boundary movable within the first boundary, and the first remote application view has a third boundary movable only within the second boundary, wherein the remote application, the first display output and the first remote application view are distinct, wherein the first boundary, the second boundary and the third boundary are distinct, and wherein the viewer controller module is a local view module, the local view module configured to generate one or more scrollbars adaptive to the overall content size of the remote application and based on a size and a position of the first remote application view relative to the overall content size of the remote application.
A connector-fitting structure of flexible printed circuit, comprising: a flexible printed circuit on which a wiring pattern is formed onto a thin and flexible base film; a contact point portion formed on one end of the flexible printed circuit, and connected to the wiring pattern, the contact point portion capable of engaging with a contact point portion of a partner connector; an electronic component connected to the wiring pattern at one end part of the flexible printed circuit; and a connector to which the one end part of the flexible printed circuit is fitted, the contact point portion positioned in a front side of the connector, the electronic component positioned in a rear side of the connector, and the one end part of the flexible printed circuit fitted to the connector to cause an entire of the electronic component to be housed in the rear side of the connector, wherein the connector includes a connector housing with a bottom-wall portion extending along a fitting direction, in which the front side of the center of the connector housing is indented stepwise in the fitting direction, and a pair of side-wall portions are positioned, respectively, onto both sides of the bottom-wall portion along the fitting direction, and wherein the electronic component is on a part of the flexible printed circuit which comprises a reinforcing film as a reinforcing plate bonded onto the surface of the base film and this reinforcing film, abuts the connector housing with no gap. a flexible printed circuit on which a wiring pattern is formed onto a thin and flexible base film; a contact point portion formed on one end of the flexible printed circuit, and connected to the wiring pattern, the contact point portion capable of engaging with a contact point portion of a partner connector; an electronic component connected to the wiring pattern at one end part of the flexible printed circuit; and a connector to which the one end part of the flexible printed circuit is fitted, the contact point portion positioned in a front side of the connector, the electronic component positioned in a rear side of the connector, and the one end part of the flexible printed circuit fitted to the connector to cause an entire of the electronic component to be housed in the rear side of the connector, wherein the connector includes a connector housing with a bottom-wall portion extending along a fitting direction, in which the front side of the center of the connector housing is indented stepwise in the fitting direction, and a pair of side-wall portions are positioned, respectively, onto both sides of the bottom-wall portion along the fitting direction, and wherein the electronic component is on a part of the flexible printed circuit which comprises a reinforcing film as a reinforcing plate bonded onto the surface of the base film and this reinforcing film, abuts the connector housing with no gap.
A non-relayed optical imaging system comprising: a real entrance pupil configured to admit a beam of electromagnetic radiation; an image plane; and a reflective triplet including a negative primary mirror, a positive secondary mirror optically coupled to the primary mirror, a negative tertiary mirror optically coupled to the secondary mirror, the reflective triplet configured to receive the beam of electromagnetic radiation from the real entrance pupil, characterized in that the reflective triplet is configured to focus the beam of electromagnetic radiation onto the image plane to form a telecentric image at the image plane. a real entrance pupil configured to admit a beam of electromagnetic radiation; an image plane; and a reflective triplet including a negative primary mirror, a positive secondary mirror optically coupled to the primary mirror, a negative tertiary mirror optically coupled to the secondary mirror, the reflective triplet configured to receive the beam of electromagnetic radiation from the real entrance pupil, characterized in that the reflective triplet is configured to focus the beam of electromagnetic radiation onto the image plane to form a telecentric image at the image plane.
An acetabular implant system comprising: a liner including a convex outer surface shaped to correspond to an interior of an acetabular cup and having an equatorial region and a polar region, the convex outer surface including a plurality of liner engagement features (35A-H, 36, 37) thereon; and a sleeve including an inner surface and an outer surface, the inner surface of the sleeve sized to be flush with the convex outer surface of the liner, the sleeve having an upper edge and a lower edge opposite the upper edge, the upper edge being closer to a maximum circumference of the sleeve than the lower edge, the acetabular implant system characterized in that: the sleeve is configured to be engaged and disengaged from the liner, the sleeve including a plurality of sleeve engagement features (72A-D, 76A-D) on the inner surface of the sleeve, the plurality of sleeve engagement features (72A-D, 76A-D) being at a first distance from the upper edge of the sleeve, and wherein when the sleeve is engaged with the liner, the liner engagement features (35A-H, 36, 37) engage the sleeve engagement features (72A-D, 76A-D). a liner including a convex outer surface shaped to correspond to an interior of an acetabular cup and having an equatorial region and a polar region, the convex outer surface including a plurality of liner engagement features (35A-H, 36, 37) thereon; and a sleeve including an inner surface and an outer surface, the inner surface of the sleeve sized to be flush with the convex outer surface of the liner, the sleeve having an upper edge and a lower edge opposite the upper edge, the upper edge being closer to a maximum circumference of the sleeve than the lower edge, the acetabular implant system characterized in that: the sleeve is configured to be engaged and disengaged from the liner, the sleeve including a plurality of sleeve engagement features (72A-D, 76A-D) on the inner surface of the sleeve, the plurality of sleeve engagement features (72A-D, 76A-D) being at a first distance from the upper edge of the sleeve, and wherein when the sleeve is engaged with the liner, the liner engagement features (35A-H, 36, 37) engage the sleeve engagement features (72A-D, 76A-D). the sleeve is configured to be engaged and disengaged from the liner, the sleeve including a plurality of sleeve engagement features (72A-D, 76A-D) on the inner surface of the sleeve, the plurality of sleeve engagement features (72A-D, 76A-D) being at a first distance from the upper edge of the sleeve, and wherein when the sleeve is engaged with the liner, the liner engagement features (35A-H, 36, 37) engage the sleeve engagement features (72A-D, 76A-D).
Furnace system for thermally treating light metal components, wherein the light metal components are continuously conveyable through the furnace system and the furnace system has a heat source, wherein an air flow is circulated in the furnace system and the light metal components in the furnace system are convectively heated by the air flow, characterised in that sealing elements are arranged at the inlet and the outlet as interchangeable shaping panels, wherein the shaping panels have an opening which substantially correspond to a reference area of the light metal components arranged orthogonally to the conveying direction such that a light metal component respectively entering the furnace system and a light metal component respectively exiting the furnace system are formed as a pressure seal impeding the air flow from escaping out of the furnace system.
A device comprising a functional component liable to be thermally overloaded during the operation thereof, and a system for cooling (2, 3) the component, the cooling system comprising: - a thermoelectric module, comprising two main faces, one called the cold face, and the other called the hot face, the cold face being thermally coupled to the component; - a first heat sink, thermally coupled to the hot face of the thermoelectric module, the heat sink comprising an exchange surface with the surrounding environment and furthermore at least one cell containing a phase-change material, the PCM material contained in the cell(s) being adapted so as to melt when the heat released from the cold face of the thermoelectric module is that of the component under thermal overload, the exchange surface being adapted so as to return the PCM material from the molten phase thereof to the solid phase thereof when the heat released from the cold face of the thermoelectric module is that of the component in operation which is not under thermal overload. - a thermoelectric module, comprising two main faces, one called the cold face, and the other called the hot face, the cold face being thermally coupled to the component; - a first heat sink, thermally coupled to the hot face of the thermoelectric module, the heat sink comprising an exchange surface with the surrounding environment and furthermore at least one cell containing a phase-change material, the PCM material contained in the cell(s) being adapted so as to melt when the heat released from the cold face of the thermoelectric module is that of the component under thermal overload, the exchange surface being adapted so as to return the PCM material from the molten phase thereof to the solid phase thereof when the heat released from the cold face of the thermoelectric module is that of the component in operation which is not under thermal overload.