mhurhangee/ep-ind-claims huggingface dataset:
A lateral flow device for detecting an analyte in a sample comprising: a sample compressor; a test strip comprising a test zone and a diverting zone upstream of the test zone, wherein the diverting zone interrupts lateral flow on the test strip; a conjugate comprising a first binding partner for the analyte and a label; and a second binding partner for the analyte; and a sample application zone where sample is applied to the lateral flow device, wherein the sample application zone is located in a location selected from the group consisting of: i) on the test strip upstream of the detection zone; ii) on the sample compressor; and iii) on a sample collector comprising a sample collection portion for collection of the sample; wherein a component selected from the group consisting of the conjugate, the second binding partner and both the conjugate and the second binding partner is not located on the test strip prior to use of the lateral flow device; and wherein the sample compressor creates a bridge over the diverting zone to divert flow onto the sample compressor and return flow to the test strip at the end of the diverting zone. a sample compressor; a test strip comprising a test zone and a diverting zone upstream of the test zone, wherein the diverting zone interrupts lateral flow on the test strip; a conjugate comprising a first binding partner for the analyte and a label; and a second binding partner for the analyte; and a sample application zone where sample is applied to the lateral flow device, wherein the sample application zone is located in a location selected from the group consisting of: i) on the test strip upstream of the detection zone; ii) on the sample compressor; and iii) on a sample collector comprising a sample collection portion for collection of the sample; wherein a component selected from the group consisting of the conjugate, the second binding partner and both the conjugate and the second binding partner is not located on the test strip prior to use of the lateral flow device; and wherein the sample compressor creates a bridge over the diverting zone to divert flow onto the sample compressor and return flow to the test strip at the end of the diverting zone.
A magnetoresistance element assembly, comprising: a first stack of material layers disposed over a substrate, comprising: first reference layers comprising a first reference magnetic direction; first bias layers comprising a first bias magnetic direction; and first free layers (1114, 1116) experiencing the first bias magnetic direction, wherein the magnetoresistance element assembly further comprises: a second stack of material layers disposed over the substrate, comprising: second reference layers comprising a second reference magnetic direction; second bias layers comprising a second bias magnetic direction; and second free layers (1128, 1130) experiencing the second bias magnetic direction, wherein the first and second reference magnetic directions are parallel to each other, characterized in that a relative angle between the first reference magnetic direction and the first bias magnetic direction is between fifty and eighty-five degrees or between ninety-five and one hundred thirty degrees, wherein the second bias direction is parallel to and opposite to the first bias magnetic direction, and wherein the first and second stacks of material layers are disposed one on top of the other. a first stack of material layers disposed over a substrate, comprising: first reference layers comprising a first reference magnetic direction; first bias layers comprising a first bias magnetic direction; and first free layers (1114, 1116) experiencing the first bias magnetic direction, wherein the magnetoresistance element assembly further comprises: first reference layers comprising a first reference magnetic direction; first bias layers comprising a first bias magnetic direction; and first free layers (1114, 1116) experiencing the first bias magnetic direction, wherein the magnetoresistance element assembly further comprises: a second stack of material layers disposed over the substrate, comprising: second reference layers comprising a second reference magnetic direction; second bias layers comprising a second bias magnetic direction; and second free layers (1128, 1130) experiencing the second bias magnetic direction, second reference layers comprising a second reference magnetic direction; second bias layers comprising a second bias magnetic direction; and second free layers (1128, 1130) experiencing the second bias magnetic direction, wherein the first and second reference magnetic directions are parallel to each other, characterized in that a relative angle between the first reference magnetic direction and the first bias magnetic direction is between fifty and eighty-five degrees or between ninety-five and one hundred thirty degrees, wherein the second bias direction is parallel to and opposite to the first bias magnetic direction, and wherein the first and second stacks of material layers are disposed one on top of the other.
A method of designing and constructing a sprinkler system having a network of pipes including a wet portion and a dry portion, the system employing a surround and drown effect to address a fire event, the method comprising: determining a mandatory fluid delivery delay period of fluid from the wet portion to at least one activated sprinkler in the dry portion, the dry portion being designed and arranged to effect the desired delay; and defining a sprinkler operational area as a function of the mandatory fluid delivery time such that the sprinkler operation area is of sufficient size to surround and drown the fire event; and constructing a sprinkler system to the design. determining a mandatory fluid delivery delay period of fluid from the wet portion to at least one activated sprinkler in the dry portion, the dry portion being designed and arranged to effect the desired delay; and defining a sprinkler operational area as a function of the mandatory fluid delivery time such that the sprinkler operation area is of sufficient size to surround and drown the fire event; and constructing a sprinkler system to the design.
A surface treating appliance comprising a plurality of frusto-conical cyclones (38;96) arranged in parallel and each having a relatively wide, rigid frusto-conical portion and a relatively narrow, flexible frusto-conical portion connected to the relatively wide portion; the relatively wide portion comprising at least one dirty air inlet, and the relatively narrow portion comprising a dirt outlet; wherein the flexible portion of each cyclone is arranged to vibrate as airflow moves through the cyclone during use.
A video display device comprising: a display panel that displays an image based on an input image signal; a light source substrate that includes a plurality of light sources on a main surface which is a front side of the light source substrate, and emits, toward a rear side of the display panel, light emitted from the plurality of light sources; a reflection sheet that is provided on the main surface of the light source substrate; and an optical member that has a plate shape, is provided between the display panel and the light source substrate, and uniformizes luminance distribution of the light emitted from the light source substrate, wherein the reflection sheet extends to an outside of an outer peripheral edge of the optical member as viewed from the front side, the outer peripheral edge of the optical member is disposed inside an effective area of the display panel as viewed from the front side, and an outer peripheral portion of the reflection sheet is disposed outside the effective area as viewed from the front side, characterized in that hollow partitioning walls are formed in the reflection sheet each partitioning wall separating adjacent two light sources of the plurality of light sources, and the end of the optical member and the outer peripheral portion of the reflection sheet are disposed so as to face each other in a state that a clearance is left between the optical member and the reflection sheet. a display panel that displays an image based on an input image signal; a light source substrate that includes a plurality of light sources on a main surface which is a front side of the light source substrate, and emits, toward a rear side of the display panel, light emitted from the plurality of light sources; a reflection sheet that is provided on the main surface of the light source substrate; and an optical member that has a plate shape, is provided between the display panel and the light source substrate, and uniformizes luminance distribution of the light emitted from the light source substrate, wherein the reflection sheet extends to an outside of an outer peripheral edge of the optical member as viewed from the front side, the outer peripheral edge of the optical member is disposed inside an effective area of the display panel as viewed from the front side, and an outer peripheral portion of the reflection sheet is disposed outside the effective area as viewed from the front side, characterized in that hollow partitioning walls are formed in the reflection sheet each partitioning wall separating adjacent two light sources of the plurality of light sources, and the end of the optical member and the outer peripheral portion of the reflection sheet are disposed so as to face each other in a state that a clearance is left between the optical member and the reflection sheet.
An apparatus comprising: a processing engine associated with an indirect memory fetch, IMF, unit; fetch circuitry to fetch an IMF instruction having fields to specify a sparse operand array comprising N operands and a contiguous index array comprising N indices; and decode circuitry to decode the fetched IMF instruction; wherein the processing engine is to respond to the decoded IMF instruction by initializing the IMF unit to load, in order, the N operands, probing the IMF unit to determine readiness of one or more loaded operands, fetching the one or more loaded operands from the IMF unit, and repeating the probing and fetching until all N operands have been fetched, and wherein the IMF unit is to read the N indices from the contiguous index array, read the N operands from the sparse operand array by issuing N read requests, two or more at a time, to N addresses calculated using the N indices, store the N operands in a memory, in order, and provide the N operands in order in response to fetch requests from the processing engine, wherein the IMF unit includes a first-in, first-out buffer, FIFO, in which to store the fetched operands, and further includes a ready head pointer to point to a next element to send to the processing engine, a ready tail pointer to point to an element after the last valid element, and a next free pointer to point to the next element of the FIFO that can be allocated for a new element fetched from the operand array. a processing engine associated with an indirect memory fetch, IMF, unit; fetch circuitry to fetch an IMF instruction having fields to specify a sparse operand array comprising N operands and a contiguous index array comprising N indices; and decode circuitry to decode the fetched IMF instruction; wherein the processing engine is to respond to the decoded IMF instruction by initializing the IMF unit to load, in order, the N operands, probing the IMF unit to determine readiness of one or more loaded operands, fetching the one or more loaded operands from the IMF unit, and repeating the probing and fetching until all N operands have been fetched, and wherein the IMF unit is to read the N indices from the contiguous index array, read the N operands from the sparse operand array by issuing N read requests, two or more at a time, to N addresses calculated using the N indices, store the N operands in a memory, in order, and provide the N operands in order in response to fetch requests from the processing engine, wherein the IMF unit includes a first-in, first-out buffer, FIFO, in which to store the fetched operands, and further includes a ready head pointer to point to a next element to send to the processing engine, a ready tail pointer to point to an element after the last valid element, and a next free pointer to point to the next element of the FIFO that can be allocated for a new element fetched from the operand array.
Chronograph mechanism comprising an engaging lever; a column wheel; a chronograph wheel and an intermediate wheel which is pivoted on this engaging lever; the engaging lever being pivoted at one of its ends concentrically to a driving wheel constantly engaged with the intermediate wheel, and comprising, at its free end, a beak, the end face of which cooperates with the peripheral surface of the columns of the column wheel; and a device for regulating the amplitude of displacement of the engaging lever and thus the entry of the teeth of the intermediate wheel into the teeth of the chronograph wheel, characterised in that this regulating device comprises a cam (6; 21, 22) at least partially located above the column wheel and the angular position of which determines the entry of the teeth of the intermediate wheel into the teeth of the chronograph wheel by an abutment face on said beak of the engaging lever coming into contact with said cam (6; 21, 22).
A method of operation of a base station in a cellular communications network to provide scheduling for a cluster of cells comprising multiple cells controlled by the base station, comprising: identifying a set of wireless devices that are connected to a plurality of cells in the cluster of cells controlled by the base station and expected to benefit from coordinated scheduling; adjusting priorities of Radio Access Bearers, RABs, of wireless devices in the set of wireless devices; identifying a first set of Radio Access Bearers, RABs, for centralized scheduling for a transmit time interval and a second set of RABs for individual cell scheduling for the transmit time interval based on the adjusted priorities of the RABs of at least a subset of the wireless devices in the set of wireless devices having RABs that are to be scheduled in the transmit time interval, where the first set of RABs and the second set of RABs are non-overlapping sets; performing centralized scheduling for the first set of RABs for the transmit time interval, where centralized scheduling is scheduling performed across all cells in the cluster of cells; and performing individual cell scheduling for the second set of RABs for the transmit time interval, where individual cell scheduling is scheduling performed individually for one or more of the cells in the cluster of cells. identifying a set of wireless devices that are connected to a plurality of cells in the cluster of cells controlled by the base station and expected to benefit from coordinated scheduling; adjusting priorities of Radio Access Bearers, RABs, of wireless devices in the set of wireless devices; identifying a first set of Radio Access Bearers, RABs, for centralized scheduling for a transmit time interval and a second set of RABs for individual cell scheduling for the transmit time interval based on the adjusted priorities of the RABs of at least a subset of the wireless devices in the set of wireless devices having RABs that are to be scheduled in the transmit time interval, where the first set of RABs and the second set of RABs are non-overlapping sets; performing centralized scheduling for the first set of RABs for the transmit time interval, where centralized scheduling is scheduling performed across all cells in the cluster of cells; and performing individual cell scheduling for the second set of RABs for the transmit time interval, where individual cell scheduling is scheduling performed individually for one or more of the cells in the cluster of cells.
Sensor system for determining at least one rotation property of an element which rotates about at least one rotational axis, wherein the sensor system has at least one encoder wheel which can be connected to the rotating element, wherein the encoder wheel has an encoder wheel profile, wherein the sensor system has at least one inductive position sensor, wherein the inductive position sensor has at least one coil arrangement, comprising at least one exciter coil and at least one receiver coil, characterized in that the sensor system also has at least one phase sensor, wherein the phase sensor has at least one magnetic field generator and at least one magnetic sensor element, and the magnetic sensor element has at least one element selected from the group composed of a Hall element and a magnetoresistive element.
An immunoconjugate comprising (a) an antibody construct comprising (i) an antigen binding domain and (ii) an Fc domain, (b) an adjuvant moiety of formula: wherein each J independently is hydrogen, OR4, or R 4; each R 4 independently is hydrogen, or an alkyl, heteroalkyl, cycloalkyl, heterocycloalkyl, aryl, heteroaryl, arylalkyl, or heteroarylalkyl group comprising from 1 to 8 carbon units; each U independently is CH or N wherein at least one U is N; each subscript t independently is an integer from 1 to 3; and Q is absent, and the dashed line (" ") of the adjuvant represents the point of attachment of the adjuvant, and (c) a linker, wherein the adjuvant moiety is covalently bonded to the antibody construct via the linker. (a) an antibody construct comprising (i) an antigen binding domain and (ii) an Fc domain, (b) an adjuvant moiety of formula: wherein each J independently is hydrogen, OR4, or R 4; each R 4 independently is hydrogen, or an alkyl, heteroalkyl, cycloalkyl, heterocycloalkyl, aryl, heteroaryl, arylalkyl, or heteroarylalkyl group comprising from 1 to 8 carbon units; each U independently is CH or N wherein at least one U is N; each subscript t independently is an integer from 1 to 3; and Q is absent, and the dashed line (" ") of the adjuvant represents the point of attachment of the adjuvant, and (c) a linker, wherein the adjuvant moiety is covalently bonded to the antibody construct via the linker.
A method for producing a polymer hydrogel, comprising the steps of: (a) preparing an aqueous solution of a polysaccharide derivative, wherein said polysaccharide derivative is a carboxyalkyl polysaccharide, a hydroxyalkyl polysaccharide or a combination thereof and is present at a concentration of 4% to 8% by weight relative to water, and a polycarboxylic acid in an amount of 0.15% to 0.35% by weight relative to the weight of the polysaccharide derivative; (b) agitating the solution; (c) isolating a polysaccharide derivative/polycarboxylic acid composite from the solution; and (d) heating the polysaccharide derivative/polycarboxylic acid composite at a temperature of at least 80°C, thereby cross-linking the polysaccharide derivative with the polycarboxylic acid.
A data transmission method in a communication system, the system comprising at least one base station and at least one subscriber station, characterized in that the at least one subscriber station allocates capacity for connections, the method comprising: first transmitting from a subscriber station at least one capacity request message of at least one connection; receiving by a base station said at least one capacity request message; granting a capacity subscriber station-specifically based on the received at least one capacity request message by a base station; second transmitting at least one capacity grant message from the base station; connection-specifically allocating the granted capacity by the subscriber station; third transmitting from the subscriber station at least one message wherein the at least one message comprises information based on previous capacity requests; fourth transmitting data from the subscriber station according to the capacity allocation made by the subscriber station; receiving at the base station said at least one message and said transmission data; and monitoring by the base station said at least one capacity request message, said at least one capacity grant message and said received transmission data. first transmitting from a subscriber station at least one capacity request message of at least one connection; receiving by a base station said at least one capacity request message; granting a capacity subscriber station-specifically based on the received at least one capacity request message by a base station; second transmitting at least one capacity grant message from the base station; connection-specifically allocating the granted capacity by the subscriber station; third transmitting from the subscriber station at least one message wherein the at least one message comprises information based on previous capacity requests; fourth transmitting data from the subscriber station according to the capacity allocation made by the subscriber station; receiving at the base station said at least one message and said transmission data; and monitoring by the base station said at least one capacity request message, said at least one capacity grant message and said received transmission data.
Method for preparing a carboxylic ester by reacting an aldehyde selected from acrolein and methacrolein in the presence of an aluminium alkoxide applied to a support material.
A pyrotechnic circuit breaker, comprising a body, an igniter, a piston and a bus bar, wherein the igniter, the piston and the bus bar are adapted to be accommodated within the body, and wherein the piston comprises a cutting edge and is adapted move along a normal direction (Z-Z) to cut a portion of the bus bar, thereby separating the bus bar into a proximal portion and a distal portion in order to break a circuit, wherein the cutting edge of the piston is stepped so that the portion of the bus bar is cut sequentially, in at least two successive cutting operations along the movement of the piston from a raised position to a lowered position characterized in that the bus bar comprises a breakable portion configured to be cut by the cutting edge of the piston, wherein said breakable portion comprises slots in order to divide the breakable portion into multiple sub-portions (61a, 61b, 61c) that are adapted to be cut sequentially by the stepped cutting edge of the piston.
Sink, especially a domestic sink, having at least one bowl and a bowl rim running around the periphery of the bowl at the upper end thereof, the sink having between the bowl and the bowl rim, at least in some regions, a substantially flat area, in which area there is provided a recess sufficiently deep to accommodate at least one domestic washing-up brush arranged standing substantially upright and, optionally, further cleaning articles, and which area is at a lower level relative to the sink rim, there being arranged in the base area of the recess an overflow opening for draining away washing-up water overflowing from the bowl, which overflow opening preferably provides a sufficient overflow rate of preferably 12 l/min, characterised in that a rim of the recess is, at least in some regions, at a higher level relative to the area; the rim has at least one aperture by means of which the bowl is in fluidic communication via the overflow opening with an outlet of the sink, with a cover element for closing an opening of the recess, which cover element can be positioned on the rim of the recess, wherein a rim of the cover element has a height (h) which is undersized relative to a height of the rim of the recess and wherein the rim of the cover element defines a covering surface area which is oversized relative to a surface area defined by the rim of the recess.