mhurhangee/ep-ind-claims huggingface dataset:
A graphics processor, comprising: an arbiter circuit (64,66) having vertex data provided at a first input and pixel data provided at a second input, wherein the arbiter circuit (64,66) is configured to select to transmit the vertex data at the first input or the pixel data at the second input; and a unified shader coupled to the arbiter circuit (64, 66), wherein the unified shader is configured to simultaneously perform the vertex operations and the pixel operations on the vertex data and the pixel data by switching between the vertex operations and the pixel operations, and the unified shader comprises: a register block coupled to the arbiter circuit (64,66) configured to maintain the vertex data and the pixel data in the unified shader, a processor unit coupled to the register block, wherein the processor unit is configured to execute vertex operations and pixel operations, and a sequencer coupled to the processor unit and the register block, wherein the sequencer is operative to cause the processor unit to execute the vertex operations and the pixel operations on the vertex data and the pixel data. an arbiter circuit (64,66) having vertex data provided at a first input and pixel data provided at a second input, wherein the arbiter circuit (64,66) is configured to select to transmit the vertex data at the first input or the pixel data at the second input; and a unified shader coupled to the arbiter circuit (64, 66), wherein the unified shader is configured to simultaneously perform the vertex operations and the pixel operations on the vertex data and the pixel data by switching between the vertex operations and the pixel operations, and the unified shader comprises: a register block coupled to the arbiter circuit (64,66) configured to maintain the vertex data and the pixel data in the unified shader, a processor unit coupled to the register block, wherein the processor unit is configured to execute vertex operations and pixel operations, and a sequencer coupled to the processor unit and the register block, wherein the sequencer is operative to cause the processor unit to execute the vertex operations and the pixel operations on the vertex data and the pixel data. a register block coupled to the arbiter circuit (64,66) configured to maintain the vertex data and the pixel data in the unified shader, a processor unit coupled to the register block, wherein the processor unit is configured to execute vertex operations and pixel operations, and a sequencer coupled to the processor unit and the register block, wherein the sequencer is operative to cause the processor unit to execute the vertex operations and the pixel operations on the vertex data and the pixel data.
A vascular shunt frame with improved apposition, comprising a main body tube, wherein at least one end of the main body tube is provided with a sealing covering; the sealing covering is provided with a main blood flow opening, and an edge of the main blood flow opening is provided with a shaping component; the shaping component is disposed on the sealing covering on an edge of the main blood flow opening away from a side of a side wall of the main body tube; two opposite ends of the shaping component are coupled to the side wall of the main body tube; such that the main blood flow opening is enclosed by the shaping component and the side wall of the main body tube.
A method of ejecting absorbent articles that is used in a manufacturing line of the absorbent articles, including: a step of arranging absorbers on a conveyed continuous web; a step of cutting the continuous web arranged with the absorbers at every predetermined interval in a conveyance direction of conveying the continuous web; and a step of providing a joint portion where a trailing end of the continuous web is joined to a starting end of a next continuous web, the method comprising: a step of controlling a timing of supplying the continuous web so as to locate the joint portion at a central portion of the absorbent articles in a conveyance direction, based on a length of the continuous web from the joint portion up to a cutting location of the continuous web in the cutting step and a dimension of the absorbent articles in a conveyance direction of the continuous web; and a step of disengaging only absorbent articles having at least the joint portion from the manufacturing line and ejecting the absorbent articles in the course of the manufacturing line. a step of controlling a timing of supplying the continuous web so as to locate the joint portion at a central portion of the absorbent articles in a conveyance direction, based on a length of the continuous web from the joint portion up to a cutting location of the continuous web in the cutting step and a dimension of the absorbent articles in a conveyance direction of the continuous web; and a step of disengaging only absorbent articles having at least the joint portion from the manufacturing line and ejecting the absorbent articles in the course of the manufacturing line.
A method comprising: interrogating a biological sample from a subject for at least one indicium of a variant JCV VP1 capsid protein that comprises a substitution of amino acid residue 122, and wherein the subject is determined to have an increased susceptibility for PML if the sample comprises the at least one indicium. interrogating a biological sample from a subject for at least one indicium of a variant JCV VP1 capsid protein that comprises a substitution of amino acid residue 122, and wherein the subject is determined to have an increased susceptibility for PML if the sample comprises the at least one indicium.
A method for adjusting a physical resource, comprising: collecting load information of a control plane, CP, from a CP board, collecting load information of a user plane, UP, from a UP board, and obtaining, according to the corresponding load information, a CP workload and a UP workload; calculating a quantity of to-be-adjusted physical resources in the case that the CP workload and the UP workload meet a preset balancing adjustment condition; and adjusting physical resources of the CP and the UP according to the quantity of to-be-adjusted physical resources; wherein the quantity of to-be-adjusted physical resources is calculated according to the following calculation formula: Num A × ALoad work Num A + X = Num B × BLoad work Num B − X, wherein Num A is a quantity of physical resources currently allocated to a scarce plane of the CP and the UP, ALoad work is a workload of the scarce plane of the CP and the UP, Num B is a quantity of physical resources currently allocated to a redundant plane of the CP and the UP, BLoad work is a workload of the redundant plane of the CP and the UP, and X is the quantity of to-be-adjusted physical resources; wherein the redundant plane refers to a plane of the CP and the UP that has a smaller workload by comparing the obtained CP workload with the obtained UP workload; and the scarce plane refers to a plane of the CP and the UP that has a larger workload by comparing the obtained CP workload with the obtained UP workload. collecting load information of a control plane, CP, from a CP board, collecting load information of a user plane, UP, from a UP board, and obtaining, according to the corresponding load information, a CP workload and a UP workload; calculating a quantity of to-be-adjusted physical resources in the case that the CP workload and the UP workload meet a preset balancing adjustment condition; and adjusting physical resources of the CP and the UP according to the quantity of to-be-adjusted physical resources; wherein the quantity of to-be-adjusted physical resources is calculated according to the following calculation formula: Num A × ALoad work Num A + X = Num B × BLoad work Num B − X, wherein Num A is a quantity of physical resources currently allocated to a scarce plane of the CP and the UP, ALoad work is a workload of the scarce plane of the CP and the UP, Num B is a quantity of physical resources currently allocated to a redundant plane of the CP and the UP, BLoad work is a workload of the redundant plane of the CP and the UP, and X is the quantity of to-be-adjusted physical resources; wherein the redundant plane refers to a plane of the CP and the UP that has a smaller workload by comparing the obtained CP workload with the obtained UP workload; and the scarce plane refers to a plane of the CP and the UP that has a larger workload by comparing the obtained CP workload with the obtained UP workload.
Rotor for rotating electric machine, mounted to rotate about an axis and comprising a pair of pole wheels, each having a flange and a plurality of magnetic poles, each magnetic pole extending axially from the flange to a free end and having an outer surface, characterized in that the outer surface of at least one magnetic pole of at least one pole wheel has at least one decreasing segment, said decreasing segment being configured in such a way that a radius between said outer surface and the axis of the rotor decreases, with displacement, along said decreasing segment, towards the free end of said magnetic pole and in that the radius decreases, along the decreasing segment, substantially linearly.
A treatment method for resource recycling of hexavalent chromium-containing residues wherein the treatment method comprises steps as follows: 1) adding water to the hexavalent chromium-containing residues and mixing uniformly; 2) adding mineralizers to a solution obtained in step 1) and stirring sufficiently to obtain a mixed liquid; 3) treating the mixed liquid obtained in step 2) by a hydrothermal method or direct heating; 4) naturally cooling a solid-liquid mixture obtained in step 3) to room temperature for holding; 5) separating solid residues and a chromium-containing supernatant, and washing the separated solid residues with water and then drying; and 6) recycling the chromium-containing supernatant for returning to a work section, or for a treatment of recycling chromium, characterized in that the mineralizers are sodium chlorate, sodium perchlorate and hydrochloric acid. 1) adding water to the hexavalent chromium-containing residues and mixing uniformly; 2) adding mineralizers to a solution obtained in step 1) and stirring sufficiently to obtain a mixed liquid; 3) treating the mixed liquid obtained in step 2) by a hydrothermal method or direct heating; 4) naturally cooling a solid-liquid mixture obtained in step 3) to room temperature for holding; 5) separating solid residues and a chromium-containing supernatant, and washing the separated solid residues with water and then drying; and 6) recycling the chromium-containing supernatant for returning to a work section, or for a treatment of recycling chromium, characterized in that the mineralizers are sodium chlorate, sodium perchlorate and hydrochloric acid.
A display apparatus comprising: a display; a communication unit configured to establish communication with a remote control apparatus having a sensing unit operable in one of a power save state and a power active state, the sensing unit for sensing movement of the remote control apparatus; and a control unit configured: in response to an application being executed in the display apparatus, to transmit a control signal via the communication unit to the remote control apparatus so that the sensing unit switches an operation mode, based on the control signal, from the power save state to the power active state and to control the executed application according to a user input sensed by the sensing unit of the remote control apparatus which operates in the power active state, wherein power supplied to the sensing unit in the power save state is blocked. a display; a communication unit configured to establish communication with a remote control apparatus having a sensing unit operable in one of a power save state and a power active state, the sensing unit for sensing movement of the remote control apparatus; and a control unit configured: in response to an application being executed in the display apparatus, to transmit a control signal via the communication unit to the remote control apparatus so that the sensing unit switches an operation mode, based on the control signal, from the power save state to the power active state and to control the executed application according to a user input sensed by the sensing unit of the remote control apparatus which operates in the power active state, wherein power supplied to the sensing unit in the power save state is blocked. in response to an application being executed in the display apparatus, to transmit a control signal via the communication unit to the remote control apparatus so that the sensing unit switches an operation mode, based on the control signal, from the power save state to the power active state and to control the executed application according to a user input sensed by the sensing unit of the remote control apparatus which operates in the power active state, wherein power supplied to the sensing unit in the power save state is blocked.
A fusion protein of immunoglobulin-like domain binding to vascular endothelial growth factor (VEGF), characterized in that it comprises: (a) a Fc domain of IgG1, wherein the two heavy chains are linked by a disulfide bond; and (b) four immunoglobulin domain2s of the vascular endothelial growth factor receptor 1 (VEGFR1), wherein a first immunoglobulin domain2 of VEGFR1 and a second immunoglobulin domain2 of VEGFR1 are sequentially fused to each heavy chain of the Fc domain of (a). (a) a Fc domain of IgG1, wherein the two heavy chains are linked by a disulfide bond; and (b) four immunoglobulin domain2s of the vascular endothelial growth factor receptor 1 (VEGFR1), wherein a first immunoglobulin domain2 of VEGFR1 and a second immunoglobulin domain2 of VEGFR1 are sequentially fused to each heavy chain of the Fc domain of (a).
A system comprising: one or more servers configured to instantiate one or more virtual machines; and an appliance configured to: instantiate a hairpin layer configured to redirect data packets arriving from or directed to a custom device; access policies that are applicable to a virtual network implemented by the one or more virtual machines, the custom device being part of the virtual network; apply the policies to the data packets before redirecting the data packets; offloading application of the policies for subsequent packets arriving from or directed to the custom device to an acceleration device; and process subsequent inbound and outbound data packets arriving from or directed to the custom device at the acceleration device. one or more servers configured to instantiate one or more virtual machines; and an appliance configured to: instantiate a hairpin layer configured to redirect data packets arriving from or directed to a custom device; access policies that are applicable to a virtual network implemented by the one or more virtual machines, the custom device being part of the virtual network; apply the policies to the data packets before redirecting the data packets; offloading application of the policies for subsequent packets arriving from or directed to the custom device to an acceleration device; and process subsequent inbound and outbound data packets arriving from or directed to the custom device at the acceleration device. instantiate a hairpin layer configured to redirect data packets arriving from or directed to a custom device; access policies that are applicable to a virtual network implemented by the one or more virtual machines, the custom device being part of the virtual network; apply the policies to the data packets before redirecting the data packets; offloading application of the policies for subsequent packets arriving from or directed to the custom device to an acceleration device; and process subsequent inbound and outbound data packets arriving from or directed to the custom device at the acceleration device.
An apparatus comprising: a logic device operative to receive a roaming file list from a file fetch server, the roaming file list including an application file identifier corresponding to an application file stored on a remote client device, wherein the application file identifier in the roaming file list comprises a status indicator representing a machine state of the remote client device on which the application file is stored, wherein the state is one of an ON state or an OFF state of the remote client device. a logic device operative to receive a roaming file list from a file fetch server, the roaming file list including an application file identifier corresponding to an application file stored on a remote client device, wherein the application file identifier in the roaming file list comprises a status indicator representing a machine state of the remote client device on which the application file is stored, wherein the state is one of an ON state or an OFF state of the remote client device.
Compounds of formula wherein R 1 is H or -CH 2 -CHO, and R 2 is H or -CH 2 -CHO, provided that R 1 ≠ R 2; and stereoisomers or mixtures thereof. R 1 is H or -CH 2 -CHO, and R 2 is H or -CH 2 -CHO, provided that R 1 ≠ R 2; and stereoisomers or mixtures thereof.
A drug transfer device comprising: a housing having a first end and a second end positioned opposite the first end; a vial attachment configured to secure the drug transfer device to a drug vial; a vial transfer member defining a passageway, the vial transfer member configured to pierce a seal of a drug vial; a seal arrangement positioned within the housing, the seal arrangement movable within the housing between a first position where the cannula is isolated from the first end of the housing and a second position where the cannula is configured to be in fluid communication with a mating connector received by the first end of the housing; and a connection member, characterized in that the connection member defines a passageway in fluid communication with the passageway of the vial transfer member, the connection member configured to receive a mating connector; the drug transfer device further comprising a cannula received within the housing, the cannula being in fluid communication with the passageway of the vial transfer member, the cannula having a first end and a second end positioned opposite from the first end. a housing having a first end and a second end positioned opposite the first end; a vial attachment configured to secure the drug transfer device to a drug vial; a vial transfer member defining a passageway, the vial transfer member configured to pierce a seal of a drug vial; a seal arrangement positioned within the housing, the seal arrangement movable within the housing between a first position where the cannula is isolated from the first end of the housing and a second position where the cannula is configured to be in fluid communication with a mating connector received by the first end of the housing; and a connection member, characterized in that the connection member defines a passageway in fluid communication with the passageway of the vial transfer member, the connection member configured to receive a mating connector; the drug transfer device further comprising a cannula received within the housing, the cannula being in fluid communication with the passageway of the vial transfer member, the cannula having a first end and a second end positioned opposite from the first end.
A single-pole or multi-pole switch for low-voltage systems comprising: - an outer casing, containing for each pole at least one fixed contact and at least one mobile contact, which can be coupled to/uncoupled from one another; - a mobile element, defined by a shaped body comprising at least one seat for each pole of said switch, said seat being designed to house at least one mobile contact of a corresponding pole; and - an energy-accumulation control mechanism operatively connected to said mobile element to enable its movement, said switch being characterized in that it comprises means of axial support comprising a first and second supporting arms (80, 81) having one first operative end connected to said mobile element through hinge connection means (110, 111) and a second retention end constrained to the structural part of said control mechanism, said hinge connection means comprising for each supporting arm (80, 81) a rotation pin (110, 111), which is inserted in a first hole made on said first operative end and in a second hole provided on the mobile element at respective connecting parts (55a, 55b) of said mobile element. - an outer casing, containing for each pole at least one fixed contact and at least one mobile contact, which can be coupled to/uncoupled from one another; - a mobile element, defined by a shaped body comprising at least one seat for each pole of said switch, said seat being designed to house at least one mobile contact of a corresponding pole; and - an energy-accumulation control mechanism operatively connected to said mobile element to enable its movement,
A device for extracting at least one characteristic of an object, comprising: - a light sensor configured for capturing or recording at least a section of a hologram of an object, and - a processing unit coupled to the light sensor and configured for extracting at least one object characteristic from the hologram; characterized in that: the processing unit is configured for extracting the at least one object characteristic from only a section of the hologram without reconstructing an image representation of the object, wherein the light sensor consists of two rows of light capturing or recording elements intersecting each other thereby forming a cross-shape. - a light sensor configured for capturing or recording at least a section of a hologram of an object, and - a processing unit coupled to the light sensor and configured for extracting at least one object characteristic from the hologram; characterized in that: the processing unit is configured for extracting the at least one object characteristic from only a section of the hologram without reconstructing an image representation of the object, wherein the light sensor consists of two rows of light capturing or recording elements intersecting each other thereby forming a cross-shape.
Network of switches comprising N input accesses and M output accesses, with each of said switches comprising four ports and with the network input and output accesses being switch ports, referred to as "connection switches", characterized in that the network comprises at least one stage (E 1,E 2) of switches, each stage (E 1, E 2) of switches comprising: - a pair of switch lines (L 1,L 2) whose ports are not used as network input or output accesses, referred to as "interconnection switches", a line being a set of interconnection switches connected to one another, - transverse arms linking interconnection switches of different lines of the same stage, a transverse arm consisting of elements that are separate from those of the other transverse arms of the stage, a transverse arm comprising at least two links and a switch, referred to as "transverse switch", and in that at least two transverse switches (ct 1,ct 2) from different transverse arms of each stage (E 1,E 2) are connection switches of the network, and in that at least one interconnection switch of a line (L 1,L 2) of a stage (E 1,E 2) of the network is connected to an interconnection switch of the other line of the same stage or of a line of another stage of the network, by a link comprising no switch, referred to as "inter-line link" (IL 1,IL x). - a pair of switch lines (L 1,L 2) whose ports are not used as network input or output accesses, referred to as "interconnection switches", a line being a set of interconnection switches connected to one another, - transverse arms linking interconnection switches of different lines of the same stage, a transverse arm consisting of elements that are separate from those of the other transverse arms of the stage, a transverse arm comprising at least two links and a switch, referred to as "transverse switch",