mhurhangee/patent-ind-claim-en huggingface dataset:
A method of handling power requests during cluster operations, the method comprising: executing a delegated process on a network resource by a host processor subsystem of an information handling system, IHS; determining, by the host processor subsystem of the IHS, whether a request for a power operation of the IHS is received, wherein the host processor subsystem is configured to reboot in response to the power operation; in response to determining that a request for a power operation is received: transferring the delegated process to another network resource; and preventing the IHS from performing a power operation of the IHS during a transference of the delegated process; determining, by the host processor subsystem , a time duration required to transfer the delegated process; scheduling, by the host processor subsystem , a reboot of the IHS based on the time duration; informing, by the host processor subsystem , a remote access controller, RAC , of the IHS of the scheduled reboot in response to receiving a power operation request, characterised in : the RAC is configured to cause the power operation of the host processor subsystem ; receiving, by the RAC , a reboot schedule associated with the scheduled reboot from the host processor subsystem ; and ignoring, by the RAC , any new power operation requests or new delegated process requests prior to execution of the scheduled reboot by the host processor subsystem . executing a delegated process on a network resource by a host processor subsystem of an information handling system, IHS; determining, by the host processor subsystem of the IHS, whether a request for a power operation of the IHS is received, wherein the host processor subsystem is configured to reboot in response to the power operation; in response to determining that a request for a power operation is received: transferring the delegated process to another network resource; and preventing the IHS from performing a power operation of the IHS during a transference of the delegated process; transferring the delegated process to another network resource; and preventing the IHS from performing a power operation of the IHS during a transference of the delegated process; determining, by the host processor subsystem , a time duration required to transfer the delegated process; scheduling, by the host processor subsystem , a reboot of the IHS based on the time duration; informing, by the host processor subsystem , a remote access controller, RAC , of the IHS of the scheduled reboot in response to receiving a power operation request, characterised in : the RAC is configured to cause the power operation of the host processor subsystem ; receiving, by the RAC , a reboot schedule associated with the scheduled reboot from the host processor subsystem ; and ignoring, by the RAC , any new power operation requests or new delegated process requests prior to execution of the scheduled reboot by the host processor subsystem .
A method of producing a population of producer cells expressing a target polypeptide, the method comprising: (a) transfecting host cells with one or more vectors that encode one or more mRNAs, wherein the one or more mRNAs encode a selectable polypeptide and the target polypeptide; (b) isolating from the transfected host cells, within 2 to 5 days of transfection, a sub-population of early-expressing transfected host cells which express the selectable polypeptide wherein the isolating employs magnetic activated cell sorting (MACS) or fluorescence activated cell sorting (FACS) on the selectable polypeptide; and (c) expanding the isolated sub-population of transfected host cells, thereby producing a population of producer cells expressing the target polypeptide, wherein steps (b) and (c) are each performed in drug-selection-free medium. (a) transfecting host cells with one or more vectors that encode one or more mRNAs, wherein the one or more mRNAs encode a selectable polypeptide and the target polypeptide; (b) isolating from the transfected host cells, within 2 to 5 days of transfection, a sub-population of early-expressing transfected host cells which express the selectable polypeptide wherein the isolating employs magnetic activated cell sorting (MACS) or fluorescence activated cell sorting (FACS) on the selectable polypeptide; and (c) expanding the isolated sub-population of transfected host cells, thereby producing a population of producer cells expressing the target polypeptide,
A system for helping a user navigate and/or determine distances between the user and one or more landmarks on a golf course, the system comprising: a user tracking system to track the location of the user on the golf course; a golf ball tracking system configured to track a golf ball; a display device configured to be worn on a user's head and including a display system with a heads up display having a transparent display screen configured to display images to the user; a processor configured to control the user tracking system and the display system , the processor configured to: determine a distance between the location of the user and a landmark on the golf course; and direct the heads up display device to: display an enhanced image of the golf ball imposed upon the user's real world view; and display the determined distance between the location of the user and the landmark imposed upon the user's real world view through the transparent display screen of the display device . a user tracking system to track the location of the user on the golf course; a golf ball tracking system configured to track a golf ball; a display device configured to be worn on a user's head and including a display system with a heads up display having a transparent display screen configured to display images to the user; a processor configured to control the user tracking system and the display system , the processor configured to: determine a distance between the location of the user and a landmark on the golf course; and direct the heads up display device to: display an enhanced image of the golf ball imposed upon the user's real world view; and display the determined distance between the location of the user and the landmark imposed upon the user's real world view through the transparent display screen of the display device . determine a distance between the location of the user and a landmark on the golf course; and direct the heads up display device to: display an enhanced image of the golf ball imposed upon the user's real world view; and display the determined distance between the location of the user and the landmark imposed upon the user's real world view through the transparent display screen of the display device . display an enhanced image of the golf ball imposed upon the user's real world view; and display the determined distance between the location of the user and the landmark imposed upon the user's real world view through the transparent display screen of the display device .
Holder for objects , comprising a bracket and a holder element supported by the bracket, where the bracket comprises a base part , a first bracket arm with a first hinge joint and a second bracket arm with a second hinge joint , wherein the holder element comprises a resilient gripping section , a first pivoting arm and a second pivoting arm , where the first pivoting arm is stiff and pivotably suspended to the first bracket arm at an inner end of the first pivoting arm and where the outer end of the first pivoting arm is fixedly attached to a first end of the gripping section , where the second pivoting arm is stiff and pivotably suspended to the second bracket arm at an inner end of the second pivoting arm and where the outer end of the second pivoting arm is fixedly attached to a second end of the gripping section , where the holder element comprises a first receiving position in which the pivoting arms are directed away from the bracket , and a second holding position in which the object is held by the holder element and in which the pivoting arms are pivoted inwards towards the bracket such that the gripping section is positioned within the bracket , characterized in that the holder element comprises a first expansion section between the first end of the gripping section and the outer end of the first pivoting arm and a second expansion section between the second end of the gripping section and the outer end of the second pivoting arm .
A box covering apparatus for the production of covered cardboard boxes, comprising: moulding means reciprocating in a moulding direction (Z), adapted to be inserted inside a box (A) having side walls erected from a base bottom (A1) but not previously joined at the corners, and to move said box along said moulding direction (Z); first and second fixed folding means , arranged in sequence along said moulding direction (Z) and adapted to cooperate with said moulding means to fold in sequence first and second portions of a pre-glued covering sheet (B) arranged under the box (A) over respective side walls of the same box (A); scraping means arranged between said first and second fixed folding means along said moulding direction, adapted to move forward and retract along a crosswise direction to and from an active position in order to fold respective corner-wrapping flaps of said first portions around said corners; and stabilizing means for stabilizing at least some of said walls of the box with respect to said moulding means, characterized in that said stabilizing means comprise thrusting means , arranged in association with said scraping means and movable between an inactive position, in which they clear a region swept by said second portions (B4, B5) of said sheet (B) in a stretched out condition before folding, and an active position in which by entering sideways with respect to said moulding direction (Z) they are adapted to thrust at least some of said side walls of the box (A) against said moulding means during an active phase of said scraping means , exerting a thrust over an area of the same wall which is not affected by said scraping means in said active position, and drive means adapted to drive said thrusting means between said positions.
A carpet tile comprising: (I) a textile top member including: (i) carpet yarns; and (ii)a backing that is coupled with the carpet yarns so that the backing structurally supports the carpet yarns;and (II) a cushion mat coupled with the textile top member via a thermoplastic material on the surface of the backing facing away from the carpet yarns, the cushion mat comprising: (i) a polymeric material component comprising polymer fibers that are randomly oriented and entangled together; and (ii) a scrim reinforcement that is disposed within the polymeric material component so that the scrim reinforcement is entirely covered and concealed by the entangled polymer fibers to prevent the scrim reinforcement from exposure to a user, the scrim reinforcement being configured to mechanically reinforce and stabilize the polymeric material component and carpet tile. (I) a textile top member including: (i) carpet yarns; and (ii)a backing that is coupled with the carpet yarns so that the backing structurally supports the carpet yarns;and (i) carpet yarns; and (ii)a backing that is coupled with the carpet yarns so that the backing structurally supports the carpet yarns;and (II) a cushion mat coupled with the textile top member via a thermoplastic material on the surface of the backing facing away from the carpet yarns, the cushion mat comprising: (i) a polymeric material component comprising polymer fibers that are randomly oriented and entangled together; and (ii) a scrim reinforcement that is disposed within the polymeric material component so that the scrim reinforcement is entirely covered and concealed by the entangled polymer fibers to prevent the scrim reinforcement from exposure to a user, the scrim reinforcement being configured to mechanically reinforce and stabilize the polymeric material component and carpet tile. (i) a polymeric material component comprising polymer fibers that are randomly oriented and entangled together; and (ii) a scrim reinforcement that is disposed within the polymeric material component so that the scrim reinforcement is entirely covered and concealed by the entangled polymer fibers to prevent the scrim reinforcement from exposure to a user, the scrim reinforcement being configured to mechanically reinforce and stabilize the polymeric material component and carpet tile.
A method for color management in a printing system comprising a printer , having printer settings to convert image color values into printer colorant control values, the method comprising the calibration steps of: a) printing a color test chart for a specified media type on the printer ; b) measuring a printed color on the color test chart; c) establishing a relation between the printed color, media type and printer settings; and d) adjusting the printer settings on the basis of the established relation; characterized in that the method further comprises the step of: composing a test chart print job, wherein at least two calibrations for at least two different media types according to steps a) to d) that are due within a predetermined time range, are collected to be executed collectively. a) printing a color test chart for a specified media type on the printer ; b) measuring a printed color on the color test chart; c) establishing a relation between the printed color, media type and printer settings; and d) adjusting the printer settings on the basis of the established relation;
A diffractive personal display device, comprising: - a diffractive waveguide having a waveguide plane and comprising at least three input pupils displaced from each other in the waveguide plane, - a laser projector for projecting at least three narrow-wavelength light beams to the input pupils , the laser projector being adapted for presenting an image on the waveguide plane of the waveguide , said laser projector comprising: at least three different laser sources for producing at least three initial narrow-wavelength beams , a guidance element for directing the at least three initial narrow-wavelength beams to the at least three input pupils , wherein the laser sources being at different locations and angles directed towards the guidance element such that the at least three initial narrow-wavelength beams propagate at different angles onto the guidance element , and the guidance element being adapted to reflect the at least three initial narrow-wavelength beams spatially separated at different angles towards at least three distinct regions being displaced with respect to each other in a plane, respectively, the distinct regions being formed by the input pupils . - a diffractive waveguide having a waveguide plane and comprising at least three input pupils displaced from each other in the waveguide plane, - a laser projector for projecting at least three narrow-wavelength light beams to the input pupils , the laser projector being adapted for presenting an image on the waveguide plane of the waveguide , said laser projector comprising: at least three different laser sources for producing at least three initial narrow-wavelength beams , a guidance element for directing the at least three initial narrow-wavelength beams to the at least three input pupils , at least three different laser sources for producing at least three initial narrow-wavelength beams , a guidance element for directing the at least three initial narrow-wavelength beams to the at least three input pupils ,
A grain-oriented electrical steel sheet , comprising magnetic domains refined by a plurality of linear grooves in a surface of a steel sheet, wherein each of the linear grooves has on its floor a plurality of recessed parts aligned in a direction in which the linear groove extends, at an interval p (μm) which satisfies the following Formula : 0.20 W ≤ p ≤ 1 .20 W where W is an opening width of the linear groove (μm), and wherein the recessed part has a depth d (μm) which satisfies the following Formula : 0.10 D ≤ d ≤ 1 .00 D where D is an average depth of the linear groove (μm), which is determined by observing a cross-section taken along a direction in which the linear groove extends along a 1 mm length thereof, measuring a cross-sectional area of the grooves comprising the recessed parts in the cross-section, and dividing the cross-sectional area by 1 mm, and where the depth d (μm) of the recessed part is determined by observing the cross-section and subtracting the average depth D from an average depth of the deepest part of each recessed part. wherein each of the linear grooves has on its floor a plurality of recessed parts aligned in a direction in which the linear groove extends, at an interval p (μm) which satisfies the following Formula : 0.20 W ≤ p ≤ 1 .20 W where W is an opening width of the linear groove (μm), and wherein the recessed part has a depth d (μm) which satisfies the following Formula : 0.10 D ≤ d ≤ 1 .00 D where D is an average depth of the linear groove (μm), which is determined by observing a cross-section taken along a direction in which the linear groove extends along a 1 mm length thereof, measuring a cross-sectional area of the grooves comprising the recessed parts in the cross-section, and dividing the cross-sectional area by 1 mm, and where the depth d (μm) of the recessed part is determined by observing the cross-section and subtracting the average depth D from an average depth of the deepest part of each recessed part.
A dual-phase mouthwash comprising: a hydrophilic phase; a hydrophobic phase comprising at least two oils, one of said oils being coconut oil in an amount of from 0.05% - 2% by weight of the dual-phase mouthwash, and mineral oil, silicone oil or mixtures thereof in an amount of from 5% - 15% by weight of the dual-phase mouthwash; and a hydrotrope component comprising glycerin, sorbitol, or combinations thereof; wherein the mouthwash is prepared by a process comprising the steps of: a) dispersing coconut oil in a hydrophobic composition comprising an oil to form a mixture; and b) combining the mixture with the hydrophilic phase and the hydrotrope component. a hydrophilic phase; a hydrophobic phase comprising at least two oils, one of said oils being coconut oil in an amount of from 0.05% - 2% by weight of the dual-phase mouthwash, and mineral oil, silicone oil or mixtures thereof in an amount of from 5% - 15% by weight of the dual-phase mouthwash; and a hydrotrope component comprising glycerin, sorbitol, or combinations thereof; wherein the mouthwash is prepared by a process comprising the steps of: a) dispersing coconut oil in a hydrophobic composition comprising an oil to form a mixture; and b) combining the mixture with the hydrophilic phase and the hydrotrope component. a) dispersing coconut oil in a hydrophobic composition comprising an oil to form a mixture; and b) combining the mixture with the hydrophilic phase and the hydrotrope component.
Reagent preparation device for particle analysis devices, comprising a diluent inlet , a concentrated reagent inlet , a first circuit connected to the diluent inlet , a second circuit connected to a concentrated reagent inlet , and a mixer connected to the first circuit and to the second circuit and arranged to produce a reagent by mixing diluent and concentrated reagent, characterised in that it further comprises a heat exchanger connected to the first circuit and to the second circuit , upstream of the mixer and downstream of the diluent inlet and of the concentrated reagent inlet and arranged to perform heat exchange between diluent of the first circuit and concentrated reagent of the second circuit .
A compound of Formula I: wherein: R 1 is hydrogen or methoxy; and, R 2 is ethyl and R 3 is benzyl, or R 2 is methyl and R 3 is isopropyl. R 1 is hydrogen or methoxy; and, R 2 is ethyl and R 3 is benzyl, or R 2 is methyl and R 3 is isopropyl.
A device for contactless communication with a terminal, comprising: an antenna for communication with the terminal; an embedded chip configured to communicate with the terminal in accordance with a contactless transmission protocol whereby a message sent by the terminal sets a specified initial waiting time for a response from the embedded chip to maintain a connection with the terminal, the embedded chip being configured to communicate requests to the terminal to extend the waiting time for response; and a module configured to perform processing formed of a plurality of discrete operations; wherein the embedded chip is configured to, for each waiting time extension request sent to the terminal, communicate a first signal to the module indicating the waiting time extension request has been sent to the terminal; and wherein the module is configured to begin processing a subset of one or more discrete operations in response to the first signal; characterised in that the embedded chip is further configured to communicate a second signal to the module in advance of the extended waiting time resulting from that extension request indicating a further waiting time extension request is scheduled for communication to the terminal, and the module is configured to stop processing the subset of discrete operations in response to the second signal. an antenna for communication with the terminal; an embedded chip configured to communicate with the terminal in accordance with a contactless transmission protocol whereby a message sent by the terminal sets a specified initial waiting time for a response from the embedded chip to maintain a connection with the terminal, the embedded chip being configured to communicate requests to the terminal to extend the waiting time for response; and a module configured to perform processing formed of a plurality of discrete operations; wherein the embedded chip is configured to, for each waiting time extension request sent to the terminal, communicate a first signal to the module indicating the waiting time extension request has been sent to the terminal; and wherein the module is configured to begin processing a subset of one or more discrete operations in response to the first signal; characterised in that the embedded chip is further configured to communicate a second signal to the module in advance of the extended waiting time resulting from that extension request indicating a further waiting time extension request is scheduled for communication to the terminal, and the module is configured to stop processing the subset of discrete operations in response to the second signal.