mhurhangee/patent-ind-claim-en huggingface dataset:
Valve for a valve assembly for regulating the pressure of a fluid guided in a hydraulic system to supply pressure to at least one hydraulic load , with a valve housing comprising: - a pilot control stage and a main control stage to at least partially release or block a fluid path from a supply port (P) to a discharge port (T); and - a relief stage for relieving the pressure in a fluid chamber arranged between the pilot control stage and the main control stage , the relief stage comparing the load pressure present at a load port (LS) assigned to the at least one hydraulic load with the discharge pressure at the discharge port (T) and, if the two pressures are approximately similar or equal, releasing the pressure relief, the relief stage controlling a connection between the fluid chamber and a pressure relief pipe assigned to the discharge port (T), the relief stage being able to be connected directly to the load port (LS) and load pressure being able to be applied to said relief stage, characterised in that a connecting pipe is provided from the pilot control stage to the pressure relief pipe and in that the connecting pipe is guided from a piston chamber in the pilot control stage to the relief pipe in the valve housing . - a pilot control stage and a main control stage to at least partially release or block a fluid path from a supply port (P) to a discharge port (T); and - a relief stage for relieving the pressure in a fluid chamber arranged between the pilot control stage and the main control stage , the relief stage comparing the load pressure present at a load port (LS) assigned to the at least one hydraulic load with the discharge pressure at the discharge port (T) and, if the two pressures are approximately similar or equal, releasing the pressure relief, the relief stage controlling a connection between the fluid chamber and a pressure relief pipe assigned to the discharge port (T), the relief stage being able to be connected directly to the load port (LS) and load pressure being able to be applied to said relief stage, characterised in that a connecting pipe is provided from the pilot control stage to the pressure relief pipe and in that the connecting pipe is guided from a piston chamber in the pilot control stage to the relief pipe in the valve housing .
A method of reporting, by a user equipment, UE, channel state information, CSI, in a wireless communication system, the method comprising: receiving (S1710), from a base station, a radio resource control, RRC, signaling that comprises a plurality of reporting settings, wherein each reporting setting comprises a corresponding list of first values representing time offsets for transmitting a CSI report, forming a plurality of lists of first values; receiving (S1720), from the base station, downlink control information, DCI, triggering the CSI report for the plurality of reporting settings, wherein the DCI comprises an index value related to a time at which to transmit the CSI report on a physical uplink shared channel, PUSCH; determining, based on the DCI, a plurality of list entries by determining, for each list in the plurality of lists of first values, a corresponding list entry that is indexed in the list based on the index value; determining (S1730) a second value that is largest among the plurality of list entries; and transmitting (S1740), to the base station, the CSI report on the PUSCH based on the second value. receiving (S1710), from a base station, a radio resource control, RRC, signaling that comprises a plurality of reporting settings, wherein each reporting setting comprises a corresponding list of first values representing time offsets for transmitting a CSI report, forming a plurality of lists of first values; receiving (S1720), from the base station, downlink control information, DCI, triggering the CSI report for the plurality of reporting settings, wherein the DCI comprises an index value related to a time at which to transmit the CSI report on a physical uplink shared channel, PUSCH; determining, based on the DCI, a plurality of list entries by determining, for each list in the plurality of lists of first values, a corresponding list entry that is indexed in the list based on the index value; determining (S1730) a second value that is largest among the plurality of list entries; and transmitting (S1740), to the base station, the CSI report on the PUSCH based on the second value.
A computer-implemented method of providing delayed error processing, comprising: providing a system management interrupt (SMI) handler; executing, in a single node running on an operating system instance, a first container (504-1) and a second container (504-2); detecting an uncorrectable error in the first container (504-1); responsive to the detecting, notifying a system agent of a degraded system state; providing , by the system agent , an SMI for an initial degraded response handling to the SMI handler ; identifying , by the SMI handler, that the system is in a degraded state and notifying the operating system of a planned shutdown or maintenance cycle; instructing the second container (504-2) to seek a recoverable state in which the node's workload is completed, minimized, or reduced, wherein said instructing includes an orchestrator or controller instructing a load balancer to direct less traffic to the second container; determining, by the system agent , that the second container (504-2) has entered a recoverable state; and initiating, by the system agent , a recovery operation. providing a system management interrupt (SMI) handler; executing, in a single node running on an operating system instance, a first container (504-1) and a second container (504-2); detecting an uncorrectable error in the first container (504-1); responsive to the detecting, notifying a system agent of a degraded system state; providing , by the system agent , an SMI for an initial degraded response handling to the SMI handler ; identifying , by the SMI handler, that the system is in a degraded state and notifying the operating system of a planned shutdown or maintenance cycle; instructing the second container (504-2) to seek a recoverable state in which the node's workload is completed, minimized, or reduced, wherein said instructing includes an orchestrator or controller instructing a load balancer to direct less traffic to the second container; determining, by the system agent , that the second container (504-2) has entered a recoverable state; and initiating, by the system agent , a recovery operation.
A transparent organic light emitting display device comprising: a transparent base substrate ; a semiconductor device disposed on the transparent base substrate ; a display structure electrically connected to the semiconductor device; and a protection layer comprising an adhesion film , a protection film and a blue dye disposed on the display structure, wherein the blue dye is contained in the adhesion film , characterized in that the adhesion film comprises an acryl-based resin wherein the amount of acryl-based resin combined with the blue dye is between 3 to 20 wt.% based on the total weight of an adhesion composition used to form said adhesion film. a transparent base substrate ; a semiconductor device disposed on the transparent base substrate ; a display structure electrically connected to the semiconductor device; and a protection layer comprising an adhesion film , a protection film and a blue dye disposed on the display structure, wherein the blue dye is contained in the adhesion film , characterized in that the adhesion film comprises an acryl-based resin wherein the amount of acryl-based resin combined with the blue dye is between 3 to 20 wt.% based on the total weight of an adhesion composition used to form said adhesion film.
A computer-implemented method , executed on a computing device , comprising: receiving a plurality of predefined beams associated with a microphone array ; receiving a plurality of predefined nulls associated with the microphone array; selecting at least one of: one or more predefined beams from the plurality of predefined beams, thus defining one or more selected beams; and one or more predefined nulls from the plurality of predefined nulls, thus defining one or more selected nulls; and obtaining (506. 800, 1506, 1700) audio encounter information , via the microphone array , using at least one of the one or more selected beams and the one or more selected nulls. receiving a plurality of predefined beams associated with a microphone array ; receiving a plurality of predefined nulls associated with the microphone array; selecting at least one of: one or more predefined beams from the plurality of predefined beams, thus defining one or more selected beams; and one or more predefined nulls from the plurality of predefined nulls, thus defining one or more selected nulls; and one or more predefined beams from the plurality of predefined beams, thus defining one or more selected beams; and one or more predefined nulls from the plurality of predefined nulls, thus defining one or more selected nulls; and obtaining (506. 800, 1506, 1700) audio encounter information , via the microphone array , using at least one of the one or more selected beams and the one or more selected nulls.
A loading station for transferring supplies via a first hose and a second hose wherein said first hose and said second hose are adapted to be pulled from a first sea vessel or first dock to a second sea vessel or second dock comprising; a jumper shaft , a first modular reel assembly having a spool adapted to independently rotate to wind and unwind said first hose from said first sea vessel or first dock to said second sea vessel or second dock and wherein said spool is rotated by a first rotating shaft segment having a first end, a second end which is removably attached to a first end of said jumper shaft, and a length; a second modular reel assembly having a spool adapted to independently rotate to wind and unwind said second hose from said first sea vessel or first dock to said second sea vessel or second dock and wherein said spool is rotated by a second rotating shaft segment having a first end which is removably attached to a second end of said jumper shaft, a second end, and a length; and a motor having a third rotating shaft with an end in communication with said first end of said first rotating shaft segment of said first modular reel assembly; wherein the length of the jumper shaft is about the same as the length of the first rotating shaft segment of the first modular reel assembly.
An acoustic panel for an aircraft comprising: a sound attenuating sheet comprising two layers of sound attenuating sheets , each comprising a plurality of cavities, the two sound attenuating sheets being separated by a septum , the sound attenuating sheet having a first surface , a second surface opposite to the first surface and an end surface connecting the first and second surfaces, a first sheet portion extending over and abutting both at least a portion of the first surface and at least a portion of the end surface, a second sheet portion extending over and abutting both at least a portion of the second surface and at least a portion of the end surface, and a third sheet , separate from the first and second sheet portions, wherein the first and the second sheet portions form a single continuous sheet such that a tensile force can be transferred there between, and wherein the panel is curved, such that the first surface is a radially outer surface and the second surface is a radially inner surface, the end surface having an annular or arcuate shape, characterised in that the third sheet includes a stepped portion extending over and directly abutting a part of the first sheet portion that extends over at least a portion of the first surface of the sound attenuating sheet , the third sheet further including a planar portion extending over and directly abutting the first surface of the sound attenuating sheet , the planar portion of the third sheet being coplanar with said part of the first sheet portion. a sound attenuating sheet comprising two layers of sound attenuating sheets , each comprising a plurality of cavities, the two sound attenuating sheets being separated by a septum , the sound attenuating sheet having a first surface , a second surface opposite to the first surface and an end surface connecting the first and second surfaces, a first sheet portion extending over and abutting both at least a portion of the first surface and at least a portion of the end surface, a second sheet portion extending over and abutting both at least a portion of the second surface and at least a portion of the end surface, and a third sheet , separate from the first and second sheet portions, wherein the first and the second sheet portions form a single continuous sheet such that a tensile force can be transferred there between, and wherein the panel is curved, such that the first surface is a radially outer surface and the second surface is a radially inner surface, the end surface having an annular or arcuate shape, characterised in that the third sheet includes a stepped portion extending over and directly abutting a part of the first sheet portion that extends over at least a portion of the first surface of the sound attenuating sheet , the third sheet further including a planar portion extending over and directly abutting the first surface of the sound attenuating sheet , the planar portion of the third sheet being coplanar with said part of the first sheet portion.
Apparatus for filtering particles by means of inertial separation and gravity separation, comprising a filter unit which extends between an inlet and an outlet and has a separation chamber , characterised in that the separation chamber which extends in a main flow direction widens in cross-section from the inlet with an ellipsoidal cross-section and consecutively has in the direction of the outlet a portion with an asymmetrical-oval cross-section and a portion with a kidney-shaped cross-section, and in that the outlet is laterally offset with respect to the inlet .
A method for producing a panel of cells expressing mutant variants of a protein of interest, wherein one of said mutant variants of said protein of interest is expressed per cell from a single gene copy, said method comprising: a) inducing a double-strand break (DSB) or a single-strand nick in the genome of cells at or in close proximity to a target site for mutagenesis in the gene encoding for said protein of interest, wherein said gene encoding for said protein of interest is comprised in the genome of the cells in a single copy, and wherein said single copy of the gene encoding for said protein of interest comprises an inactivating mutation at or in close proximity to said target site for mutagenesis; b) providing to the cells of step a) a library of different donor nucleic acid templates for the repair of the induced DSB or single-strand nick via homologous recombination, wherein the different donor nucleic acid templates of said library comprise different mutations at the position corresponding to said target site for mutagenesis and remove said inactivating mutation by homology-directed repair (HDR); c) selecting and/or enriching cells in which the inactivating mutation has been removed; and d) providing a panel of cells selected in step c), which is a panel of cells expressing different mutant variants of said protein of interest, wherein one of said different mutant variants of said protein of interest is expressed per cell from a single gene copy. a) inducing a double-strand break (DSB) or a single-strand nick in the genome of cells at or in close proximity to a target site for mutagenesis in the gene encoding for said protein of interest, wherein said gene encoding for said protein of interest is comprised in the genome of the cells in a single copy, and wherein said single copy of the gene encoding for said protein of interest comprises an inactivating mutation at or in close proximity to said target site for mutagenesis; b) providing to the cells of step a) a library of different donor nucleic acid templates for the repair of the induced DSB or single-strand nick via homologous recombination, wherein the different donor nucleic acid templates of said library comprise different mutations at the position corresponding to said target site for mutagenesis and remove said inactivating mutation by homology-directed repair (HDR); c) selecting and/or enriching cells in which the inactivating mutation has been removed; and d) providing a panel of cells selected in step c), which is a panel of cells expressing different mutant variants of said protein of interest, wherein one of said different mutant variants of said protein of interest is expressed per cell from a single gene copy.
A composition for use in a method for implementing the sequential early introduction to an infant of at least two allergens to decrease the infant's risk for developing allergies, the composition comprising: a first pre-dosed package containing as its contents a quantity of powder containing a first allergen at an exposure dose; a plurality of second pre-dosed packages containing as their contents powder containing the first allergen at a maintenance dose; a third pre-dosed package containing as its contents powder containing the first allergen at the maintenance dose and powder with a second allergen at an exposure dose; and a plurality of fourth pre-dosed packages containing as their contents powder containing the first allergen at the maintenance dose and a powder with the second allergen at a maintenance dose, wherein the first pre-dosed package, the plurality of second pre-dosed package, the third pre-dosed package, and the plurality of fourth pre-dosed package are sequentially identified so that user will know the order of administration of the various packages, and wherein the exposure dose of the first allergen and the exposure dose of the second allergen are lower than the maintenance dose of the first allergen and the maintenance dose of the second allergen, respectively. a first pre-dosed package containing as its contents a quantity of powder containing a first allergen at an exposure dose; a plurality of second pre-dosed packages containing as their contents powder containing the first allergen at a maintenance dose; a third pre-dosed package containing as its contents powder containing the first allergen at the maintenance dose and powder with a second allergen at an exposure dose; and a plurality of fourth pre-dosed packages containing as their contents powder containing the first allergen at the maintenance dose and a powder with the second allergen at a maintenance dose, wherein the first pre-dosed package, the plurality of second pre-dosed package, the third pre-dosed package, and the plurality of fourth pre-dosed package are sequentially identified so that user will know the order of administration of the various packages, and wherein the exposure dose of the first allergen and the exposure dose of the second allergen are lower than the maintenance dose of the first allergen and the maintenance dose of the second allergen, respectively.
A safety razor , comprising: a handle having hand gripping structure and a first ejector , slidable along the hand gripping structure and actuable by a user-operated button connected to the first ejector ; a razor cartridge connected to the handle , comprising a housing carrying a razor blade , and a connector ; the connector including a recess , the recess having an opening portion having a rim , and a remote portion at an end of the recess opposed the opening portion ; wherein, when the button is operated, a distal end portion of the first ejector contacts and pushes against an interior surface of the remote portion of the recess ; characterized in that the button further comprises a second ejector structure and when the button is operated, the second ejector structure contacts and pushes against the opening portion of the recess ; and wherein, in combination, the distal end portion of the first ejector contacting and pushing against the interior surface of the remote portion of the recess and the second ejector structure contacting and pushing against the opening portion of the recess act to disconnect the razor cartridge from the handle . a handle having hand gripping structure and a first ejector , slidable along the hand gripping structure and actuable by a user-operated button connected to the first ejector ; a razor cartridge connected to the handle , comprising a housing carrying a razor blade , and a connector ; the connector including a recess , the recess having an opening portion having a rim , and a remote portion at an end of the recess opposed the opening portion ; wherein, when the button is operated, a distal end portion of the first ejector contacts and pushes against an interior surface of the remote portion of the recess ; characterized in that the button further comprises a second ejector structure and when the button is operated, the second ejector structure contacts and pushes against the opening portion of the recess ; and wherein, in combination, the distal end portion of the first ejector contacting and pushing against the interior surface of the remote portion of the recess and the second ejector structure contacting and pushing against the opening portion of the recess act to disconnect the razor cartridge from the handle .
A computer-implemented process for continuous monitoring of a brain stroke during a critical rehabilitation period, the process including the steps of: (i) accessing initial image data representing an initial image of a subject's brain containing a stroke region; (ii) accessing scattering parameter data representing microwaves scattered by the subject's brain and originating from a plurality of antennas disposed around the subject's brain; characterized in that the process further comprises: (iii)processing the scattering parameter data and the initial image data using a gradient-free optimisation method to generate estimates of spatial dimensions of the stroke region within the subject's brain, wherein the initial image of the subject's brain is used as a priori information to improve the accuracy of the generated estimates, and the spatial dimensions of the stroke region are generated as global parameters of the gradient-free optimisation method. (i) accessing initial image data representing an initial image of a subject's brain containing a stroke region; (ii) accessing scattering parameter data representing microwaves scattered by the subject's brain and originating from a plurality of antennas disposed around the subject's brain;