mhurhangee/ep-ind-claims huggingface dataset:
A polymer interlayer comprising: at least one first layer having a first refractive index, the first layer comprising a first poly(vinyl acetal) resin having a first residual hydroxyl content and a first residual acetate content, and a first plasticizer; at least one second layer having a second refractive index, the second layer comprising a second poly(vinyl acetal) resin having a second residual hydroxyl content and a second residual acetate content, and a second plasticizer; wherein at least one of the first and second plasticizers is a high refractive index plasticizer having a refractive index of at least 1.460; wherein the absolute value of the difference between the first refractive index and the second refractive index (delta RI) is less than 0.010; wherein the difference between the first residual hydroxyl content and the second residual hydroxyl content is at least 2.0 weight percent; wherein the polymer interlayer has a damping loss factor (η) (as measured by ISO 16940) of at least 0.15 at 20°C and a sound transmission loss (as measured by ASTM E90 at 20°C) of at least 37 decibels; wherein the second layer is stiffer than the first layer; wherein the high refractive index plasticizer comprises an unsaturated aromatic moiety; and wherein the difference between the first residual acetate content and the second residual acetate content is at least 2.0 weight percent, and wherein at least one of the first poly(vinyl acetal) resin and the second poly(vinyl acetal) resin has a residual acetate content of at least 4 wt.%. at least one first layer having a first refractive index, the first layer comprising a first poly(vinyl acetal) resin having a first residual hydroxyl content and a first residual acetate content, and a first plasticizer; at least one second layer having a second refractive index, the second layer comprising a second poly(vinyl acetal) resin having a second residual hydroxyl content and a second residual acetate content, and a second plasticizer; wherein at least one of the first and second plasticizers is a high refractive index plasticizer having a refractive index of at least 1.460; wherein the absolute value of the difference between the first refractive index and the second refractive index (delta RI) is less than 0.010; wherein the difference between the first residual hydroxyl content and the second residual hydroxyl content is at least 2.0 weight percent; wherein the polymer interlayer has a damping loss factor (η) (as measured by ISO 16940) of at least 0.15 at 20°C and a sound transmission loss (as measured by ASTM E90 at 20°C) of at least 37 decibels; wherein the second layer is stiffer than the first layer; wherein the high refractive index plasticizer comprises an unsaturated aromatic moiety; and wherein the difference between the first residual acetate content and the second residual acetate content is at least 2.0 weight percent, and wherein at least one of the first poly(vinyl acetal) resin and the second poly(vinyl acetal) resin has a residual acetate content of at least 4 wt.%.
An information processing apparatus comprising a processor and a user interface, the user interface comprising a touch panel provided on top of a display panel, and the processor being configured to: control the user interface to operate in a browser screen mode in which a browser screen is displayed; and in response to detecting an input operation on the user interface, control the user interface to transition to a full screen takeover mode in which a takeover mode screen is displayed; wherein, when the user interface is in the full screen takeover mode, the processor is configured to: temporarily suspend functions associated with the browser screen mode; in response to a further input operation, control the user interface to display a group of objects, each object in the group of objects being selectable; characterised in that the temporarily suspended functions associated with the browsing screen mode comprise scrolling the browser screen in response to a slide or flick gesture such that, even if a user performs the slide or flick gesture to scroll the browser screen, the user interface is controlled not to scroll the browser screen. control the user interface to operate in a browser screen mode in which a browser screen is displayed; and in response to detecting an input operation on the user interface, control the user interface to transition to a full screen takeover mode in which a takeover mode screen is displayed; wherein, when the user interface is in the full screen takeover mode, the processor is configured to: temporarily suspend functions associated with the browser screen mode; in response to a further input operation, control the user interface to display a group of objects, each object in the group of objects being selectable; characterised in that the temporarily suspended functions associated with the browsing screen mode comprise scrolling the browser screen in response to a slide or flick gesture such that, even if a user performs the slide or flick gesture to scroll the browser screen, the user interface is controlled not to scroll the browser screen. temporarily suspend functions associated with the browser screen mode; in response to a further input operation, control the user interface to display a group of objects, each object in the group of objects being selectable; characterised in that the temporarily suspended functions associated with the browsing screen mode comprise scrolling the browser screen in response to a slide or flick gesture such that, even if a user performs the slide or flick gesture to scroll the browser screen, the user interface is controlled not to scroll the browser screen.
A bio-electrochemical system comprising - an aqueous cathode compartment comprising a first cathode and a second cathode, - an aqueous anode compartment comprising an anode at least partly covered in biofilm, wherein the first cathode is connected to a first circuit and the second cathode is connected to a second circuit, wherein the first and the second circuit are connected to the system by an external switch. - an aqueous cathode compartment comprising a first cathode and a second cathode, - an aqueous anode compartment comprising an anode at least partly covered in biofilm,
A rack power distribution unit having one or more outlet modules (502a-502c), each outlet module comprising: a body having a plurality of outlet openings (516, 518); a plurality of outlets configured to be inserted into, and retained within, the plurality of outlet openings; an outlet board configured to be coupled to, and distribute power to, the plurality of outlets; and a control board configured to be coupled to, and distribute power to, the outlet board, wherein the outlet board is configured to be coupled to a first outlet of a first type and a second outlet of a second type, and wherein the outlet board includes a plurality of groups of female outlet board terminals, each group of female outlet board terminals being associated with a respective outlet of the plurality of outlets, and including: a first set of female outlet board terminals (548a, 550a, 552a) configured to be coupled to the first outlet of the first type; and a second set of female outlet board terminals (548b, 550b, 552b) configured to be coupled to the second outlet of the second type, the second set of female outlet board terminals being different than the first set of female outlet board terminals. a body having a plurality of outlet openings (516, 518); a plurality of outlets configured to be inserted into, and retained within, the plurality of outlet openings; an outlet board configured to be coupled to, and distribute power to, the plurality of outlets; and a control board configured to be coupled to, and distribute power to, the outlet board, wherein the outlet board is configured to be coupled to a first outlet of a first type and a second outlet of a second type, and wherein the outlet board includes a plurality of groups of female outlet board terminals, each group of female outlet board terminals being associated with a respective outlet of the plurality of outlets, and including: a first set of female outlet board terminals (548a, 550a, 552a) configured to be coupled to the first outlet of the first type; and a second set of female outlet board terminals (548b, 550b, 552b) configured to be coupled to the second outlet of the second type, the second set of female outlet board terminals being different than the first set of female outlet board terminals. a first set of female outlet board terminals (548a, 550a, 552a) configured to be coupled to the first outlet of the first type; and a second set of female outlet board terminals (548b, 550b, 552b) configured to be coupled to the second outlet of the second type, the second set of female outlet board terminals being different than the first set of female outlet board terminals.
A method comprising: implementing at least one virtual machine, VM, on a compute platform including a central processing unit, CPU,, a graphics processing unit, GPU,, and graphics memory, each of the at least one VM hosted by a hypervisor executed via the CPU; for each of at least one VM, trapping GPU commands submitted from the VM; emulating, using a virtual GPU associated with the VM, execution of the trapped GPU commands, the virtual GPU including state information; track state information for the virtual GPU; predicting, by scanning the trapped GPU commands and identify corresponding resource access and effects that access may have on such resource, graphics memory pages that might be dirtied via execution of trapped GPU commands by the virtual GPU; and periodically performing a VM checkpointing operation for the VM, wherein a snapshot of current tracked state information for the virtual GPU and a copy of the graphics memory pages that are predicted to-be-dirtied are stored as a VM checkpoint. implementing at least one virtual machine, VM, on a compute platform including a central processing unit, CPU,, a graphics processing unit, GPU,, and graphics memory, each of the at least one VM hosted by a hypervisor executed via the CPU; for each of at least one VM, trapping GPU commands submitted from the VM; emulating, using a virtual GPU associated with the VM, execution of the trapped GPU commands, the virtual GPU including state information; track state information for the virtual GPU; predicting, by scanning the trapped GPU commands and identify corresponding resource access and effects that access may have on such resource, graphics memory pages that might be dirtied via execution of trapped GPU commands by the virtual GPU; and periodically performing a VM checkpointing operation for the VM, wherein a snapshot of current tracked state information for the virtual GPU and a copy of the graphics memory pages that are predicted to-be-dirtied are stored as a VM checkpoint. trapping GPU commands submitted from the VM; emulating, using a virtual GPU associated with the VM, execution of the trapped GPU commands, the virtual GPU including state information; track state information for the virtual GPU; predicting, by scanning the trapped GPU commands and identify corresponding resource access and effects that access may have on such resource, graphics memory pages that might be dirtied via execution of trapped GPU commands by the virtual GPU; and periodically performing a VM checkpointing operation for the VM, wherein a snapshot of current tracked state information for the virtual GPU and a copy of the graphics memory pages that are predicted to-be-dirtied are stored as a VM checkpoint.
A fluid cartridge for a printing device, comprising: a housing including a floor having an opening defined in the floor; a chamber defined in the housing and configured to store an ink therein, the ink including an enriched ink; a capillary medium disposed in the housing and in operative fluid communication with the chamber; a wick disposed in the opening, the wick including a portion extending a predetermined distance into the housing such that the wick portion contacts the capillary medium; and an enriched pigment-confining member established inside the housing such that the confining member physically contacts the floor and surrounds at least a portion of a periphery of the wick, the confining member configured to i) block the enriched ink from the wick, ii) dilute the enriched ink prior to flowing through the wick, or iii) combinations thereof; wherein the housing is separated into a plurality of chambers and includes a free ink chamber configured to store a volume of free ink therein, and at least one other chamber housing said capillary medium and in fluid communication with the free ink chamber. a housing including a floor having an opening defined in the floor; a chamber defined in the housing and configured to store an ink therein, the ink including an enriched ink; a capillary medium disposed in the housing and in operative fluid communication with the chamber; a wick disposed in the opening, the wick including a portion extending a predetermined distance into the housing such that the wick portion contacts the capillary medium; and an enriched pigment-confining member established inside the housing such that the confining member physically contacts the floor and surrounds at least a portion of a periphery of the wick, the confining member configured to i) block the enriched ink from the wick, ii) dilute the enriched ink prior to flowing through the wick, or iii) combinations thereof; a free ink chamber configured to store a volume of free ink therein, and at least one other chamber housing said capillary medium and in fluid communication with the free ink chamber.
An illumination apparatus using a coherent light source, comprising: a coherent light source that generates a light beam that is coherent; a hologram recording medium on which an image of a scatter plate is recorded; and a light beam scanning device that irradiates the light beam onto the hologram recording medium, and scans the light beam so that an irradiation position of the light beam on the hologram recording medium changes with time, wherein the image of the scatter plate is recorded as a hologram on the hologram recording medium by using reference light (Lref) irradiated along an optical path, the coherent light source generates a light beam with a wavelength capable of reproducing the image of the scatter plate, the light beam scanning device scans the light beam so that an irradiation direction of the light beam with respect to the hologram recording medium is along the optical path of the reference light (Lref), the light beam scanning device changes the irradiation position of the light beam on the hologram recording medium with time by irradiating the light beam onto the hologram recording medium while moving the light beam the light beam scanning device scans the light beam by irradiating the light beam onto the hologram recording medium in a direction parallel to the reference light (Lref), and reproduction light of the image of the scatter plate obtained from the hologram recording medium is directly used as illumination light for a screen without interposed optical elements. a coherent light source that generates a light beam that is coherent; a hologram recording medium on which an image of a scatter plate is recorded; and a light beam scanning device that irradiates the light beam onto the hologram recording medium, and scans the light beam so that an irradiation position of the light beam on the hologram recording medium changes with time, wherein the image of the scatter plate is recorded as a hologram on the hologram recording medium by using reference light (Lref) irradiated along an optical path, the coherent light source generates a light beam with a wavelength capable of reproducing the image of the scatter plate, the light beam scanning device scans the light beam so that an irradiation direction of the light beam with respect to the hologram recording medium is along the optical path of the reference light (Lref), the light beam scanning device changes the irradiation position of the light beam on the hologram recording medium with time by irradiating the light beam onto the hologram recording medium while moving the light beam the light beam scanning device scans the light beam by irradiating the light beam onto the hologram recording medium in a direction parallel to the reference light (Lref), and reproduction light of the image of the scatter plate obtained from the hologram recording medium is directly used as illumination light for a screen without interposed optical elements.
A light control film (1, 1A, 1B, 1C, 1D-1, 1D-2, 1E), comprising: a planar transparent electrode (11, 16) which is arranged on a base material (6, 15) and provided with an electricity supply point connectable to a driving power source; and an electrical wire (21, 21a, 21b) which is electrically connected to the transparent electrode (11, 16) at the electricity supply point, wherein the electricity supply point is provided in an outer edge portion of the transparent electrode (11, 16), the electrical wire (21, 21a, 21b) extends along the outer edge portion of the base material from the electricity supply point and is further electrically connected to the transparent electrode (11, 16) at a connection point (P1, P1u, P1d, P2, P2u, P2d) provided at a position different from the electricity supply point, and characterized in that the electrical wire (21, 21a, 21b) has a portion that is not electrically connected to the transparent electrode (11, 16) between the electricity supply point and the connection point (P1, P1u, P1d, P2, P2u, P2d). a planar transparent electrode (11, 16) which is arranged on a base material (6, 15) and provided with an electricity supply point connectable to a driving power source; and an electrical wire (21, 21a, 21b) which is electrically connected to the transparent electrode (11, 16) at the electricity supply point, wherein the electricity supply point is provided in an outer edge portion of the transparent electrode (11, 16), the electrical wire (21, 21a, 21b) extends along the outer edge portion of the base material from the electricity supply point and is further electrically connected to the transparent electrode (11, 16) at a connection point (P1, P1u, P1d, P2, P2u, P2d) provided at a position different from the electricity supply point, and characterized in that the electrical wire (21, 21a, 21b) has a portion that is not electrically connected to the transparent electrode (11, 16) between the electricity supply point and the connection point (P1, P1u, P1d, P2, P2u, P2d).
A method of wireless communication comprising: generating a first extended synchronization signal, ESS, sequence for a first synchronization subframe to be communicated to a user equipment, UE; scrambling the first ESS sequence based at least in part on cell-specific information associated with a base station; and transmitting, to the UE, the scrambled first ESS sequence in the first synchronization subframe, the method characterized in that the first ESS sequence includes a first ESS associated with a symbol index in the first synchronization subframe. generating a first extended synchronization signal, ESS, sequence for a first synchronization subframe to be communicated to a user equipment, UE; scrambling the first ESS sequence based at least in part on cell-specific information associated with a base station; and transmitting, to the UE, the scrambled first ESS sequence in the first synchronization subframe, the method characterized in that the first ESS sequence includes a first ESS associated with a symbol index in the first synchronization subframe.
A nozzle capable of reversibly associating with a pipette tip chosen from pipette tips having sealing zones of substantially different diameters, and which nozzle is capable of connecting to a fluid delivery actuator component, the nozzle comprising: a substantially tubular exterior surface, a proximal terminus, a distal terminus, an interior bore terminating at each of the proximal terminus and the distal terminus, a distal region and a proximal region; which proximal region comprises a connector configured to sealingly connect the nozzle to a head of a fluid delivery actuator component; which distal region comprises a first pipette tip association member and a second pipette tip association member adjacent to, and distal to, the first pipette tip association member; which first pipette tip association member comprises a first body, which first body comprises an exterior surface and a first mean circumference, and a first annular pipette tip sealing zone protruding from the exterior surface of the first body; which second pipette tip association member comprises a second body, which second body comprises an exterior surface and a second mean circumference, and a second annular pipette tip sealing zone protruding from the exterior surface of the second body; and which first mean circumference is greater than the second mean circumference. a substantially tubular exterior surface, a proximal terminus, a distal terminus, an interior bore terminating at each of the proximal terminus and the distal terminus, a distal region and a proximal region; which proximal region comprises a connector configured to sealingly connect the nozzle to a head of a fluid delivery actuator component; which distal region comprises a first pipette tip association member and a second pipette tip association member adjacent to, and distal to, the first pipette tip association member; which first pipette tip association member comprises a first body, which first body comprises an exterior surface and a first mean circumference, and a first annular pipette tip sealing zone protruding from the exterior surface of the first body; which second pipette tip association member comprises a second body, which second body comprises an exterior surface and a second mean circumference, and a second annular pipette tip sealing zone protruding from the exterior surface of the second body; and which first mean circumference is greater than the second mean circumference.