mhurhangee/ep-ind-claims huggingface dataset:
A window spacer for a sealed unit assembly, the sealed unit assembly including said window spacer and at least two sheets (102, 104) made of a material that allows at least some light to pass through, the window spacer comprising: a first metal elongate strip defining a first surface and being arranged and configured to extend between the at least two sheets; a second metal elongate strip defining a second surface and being arranged and configured to extend between the at least two sheets; a first sidewall made of plastic, offset from first edges (334, 344) of the first and second metal elongate strips and adhered to the first and second surfaces; and a second sidewall made of plastic, offset from second edges (336, 346) of the first and second metal elongate strips and adhered to the first and second surfaces, wherein the first and second edges of each of the first and second metal elongate strips are opposing edges, the window spacer being characterized in that the first and second metal elongate strips (110, 114) have an undulating shape, and in that the first and second sidewalls (124, 126) are extruded. a first metal elongate strip defining a first surface and being arranged and configured to extend between the at least two sheets; a second metal elongate strip defining a second surface and being arranged and configured to extend between the at least two sheets; a first sidewall made of plastic, offset from first edges (334, 344) of the first and second metal elongate strips and adhered to the first and second surfaces; and a second sidewall made of plastic, offset from second edges (336, 346) of the first and second metal elongate strips and adhered to the first and second surfaces, wherein the first and second edges of each of the first and second metal elongate strips are opposing edges, the window spacer being characterized in that the first and second metal elongate strips (110, 114) have an undulating shape, and in that the first and second sidewalls (124, 126) are extruded.
A method for detecting a target nucleic acid in a sample comprising: (a) partitioning the sample into a plurality of partitions such that a majority of partitions will contain: (i) no more than one target nucleic acid molecule; (ii) reagents for amplifying the target nucleic acid molecule; and (iii) a cleavable probe, said probe comprising, from 5' to 3', a first sequence region comprising a label; a second sequence region; a sequence that is the reverse complement of the second sequence region; and a sequence comprising one or more ribonucleotide base that is complementary to a region on a first strand of the target nucleic acid; (b) amplifying the target nucleic acid molecule, if any, present in the partitions; (c) monitoring the partitions for a signal from a reporter associated with the cleavable probe while increasing or decreasing the temperature of the partitions to obtain a melt profile of the cleavable probe; and (d) detecting the presence of the target nucleic acid if the melt profile corresponds to that of the cleavable probe that has been cleaved, or detecting the absence of the target nucleic acid if the melt profile corresponds to that of the cleavable probe that is uncleaved. (a) partitioning the sample into a plurality of partitions such that a majority of partitions will contain: (i) no more than one target nucleic acid molecule; (ii) reagents for amplifying the target nucleic acid molecule; and (iii) a cleavable probe, said probe comprising, from 5' to 3', a first sequence region comprising a label; a second sequence region; a sequence that is the reverse complement of the second sequence region; and a sequence comprising one or more ribonucleotide base that is complementary to a region on a first strand of the target nucleic acid; (i) no more than one target nucleic acid molecule; (ii) reagents for amplifying the target nucleic acid molecule; and (iii) a cleavable probe, said probe comprising, from 5' to 3', a first sequence region comprising a label; a second sequence region; a sequence that is the reverse complement of the second sequence region; and a sequence comprising one or more ribonucleotide base that is complementary to a region on a first strand of the target nucleic acid; a first sequence region comprising a label; a second sequence region; a sequence that is the reverse complement of the second sequence region; and a sequence comprising one or more ribonucleotide base that is complementary to a region on a first strand of the target nucleic acid; (b) amplifying the target nucleic acid molecule, if any, present in the partitions; (c) monitoring the partitions for a signal from a reporter associated with the cleavable probe while increasing or decreasing the temperature of the partitions to obtain a melt profile of the cleavable probe; and (d) detecting the presence of the target nucleic acid if the melt profile corresponds to that of the cleavable probe that has been cleaved, or detecting the absence of the target nucleic acid if the melt profile corresponds to that of the cleavable probe that is uncleaved.
Closure device having a lock element and a mating piece, whereby the lock element can be locked on a mating piece, for closing a sealing flap of an opening, in particular an inspection flap, preferably in a drywall construction, in particular for a wall or a ceiling, wherein the mating piece is substantially formed in the manner of a striking plate and the lock element is arranged in such a way that under the action of a spring, in a first position with respect to the mating piece it is or can be moved into a locking position and, in a second position, it reaches a position and/or a state without any blocking action, wherein the lock element is mounted on a shaft such that it can be rotated under the influence of the spring and the spring is a leg spring mounted on the shaft, of which leg spring one leg acts on the lock element and the other leg is supported on an abutment, characterized in that the lock element comprises a latching jaw, whereby the latching jaw has a pawl region in one jaw face and the latching jaw has on its other jaw face a run-off flank which, during the position-change movement of the lock element from the first to the second position, forces the lock element to pivot in the direction counter to the spring action and releases the latching jaw in a position-change movement in the direction of the second position.
Cooling facility with a heat sink for cooling a component, with a medium able to flow around the heat sink, with a guidance of a main flow and of secondary flow of the mediums at least in sections, wherein the main flow is separated from the secondary flow up to a constriction point by a separation means and the secondary flow is merged with the main flow after the constriction point, characterised in that the separation means are embodied at least partly by an underside of a coolant flow generation means, which is arranged with the underside in an angled position (α) to a surface of the heat sink facing towards the component, the underside and the surface are arranged as delimiters of a main flow channel for the main flow, a cross section available for the main flow reduces from a main air entry point down to a constriction point.
A protective device for an electronic apparatus, in particular a mobile telephone, comprising a protective casing, said casing being capable of being fixed to the electronic apparatus, the device comprising an assembly for dispensing a product, in particular a cosmetic product, the dispensing assembly being equipped with a receptacle for said product and with means for activating the dispensing of the product, the dispensing assembly being mounted on the casing in such a way that the receptacle is movable with respect to the casing, the movement of the receptacle with respect to the casing actuating the dispensing of the product, said device being characterized in that it comprises a structure for holding the receptacle to the casing, said structure being mounted on the casing in a movable manner to allow the movement of the receptacle, said structure comprising a movable cover arranged on the protective casing.
A method for processing image frames through a pipeline of effects, the method comprising: generating a plurality of blocks, each block containing a group of primary pixels and a group of total pixels, the total pixels including any pixels required as input by an effect, from the pipeline of effects, to produce output for the primary pixels; processing each block through the pipeline of effects in a predefined consecutive order, the pipeline of effects being distributed over a plurality of processing nodes; and aggregating the processed blocks to produce an output frame by combining the primary pixels from the processed blocks wherein each effect, from pipeline of effects, processes a block, provided as input to the node, to produce output for the primary pixels of the block; wherein generating the plurality of blocks further includes analyzing an effect to determine the total pixels required to generate the output for the primary pixels; generating the plurality of blocks includes: analyzing a first effect to determine the total pixels required to produce output for the primary pixels; and analyzing a second effect to determine the total pixels required to generate output for the total pixels required by the first effect to produce output for the primary pixels; and the processing of each block reduces the number of total pixels in a block after processing the block through the second effect and before processing the first effect. generating a plurality of blocks, each block containing a group of primary pixels and a group of total pixels, the total pixels including any pixels required as input by an effect, from the pipeline of effects, to produce output for the primary pixels; processing each block through the pipeline of effects in a predefined consecutive order, the pipeline of effects being distributed over a plurality of processing nodes; and aggregating the processed blocks to produce an output frame by combining the primary pixels from the processed blocks wherein each effect, from pipeline of effects, processes a block, provided as input to the node, to produce output for the primary pixels of the block; wherein generating the plurality of blocks further includes analyzing an effect to determine the total pixels required to generate the output for the primary pixels; generating the plurality of blocks includes: analyzing a first effect to determine the total pixels required to produce output for the primary pixels; and analyzing a second effect to determine the total pixels required to generate output for the total pixels required by the first effect to produce output for the primary pixels; and analyzing a first effect to determine the total pixels required to produce output for the primary pixels; and analyzing a second effect to determine the total pixels required to generate output for the total pixels required by the first effect to produce output for the primary pixels; and the processing of each block reduces the number of total pixels in a block after processing the block through the second effect and before processing the first effect.
Coriolis mass flowmeter having at least one bent measuring tube, having a carrier bridge extending between the inlet side and outlet side end of the measuring tube and fixing the measuring tube ends, having at least one oscillation generator for exciting the measuring tube to oscillations, having at least one oscillation sensor for receiving measuring tube oscillations, having an evaluation unit for evaluating the measuring tube oscillations recorded by the oscillation sensor, and having at least one conductor arrangement for transmitting the recorded measuring tube oscillations to the evaluation unit, wherein the measuring tube has a central curve and the measuring tube extends, at least with its central curve through at least one opening in the carrier bridge from the inner area of the carrier bridge out of the carrier bridge into the outer area of the carrier bridge, and wherein the oscillation sensor is attached to the measuring tube outside of the carrier bridge, namely outside of the closed section that is limited by the carrier bridge and the section of the measuring tube running outside of the carrier bridge, characterized in that a waveguide is arranged on the carrier bridge, the waveguide extending in the direction of the oscillation sensor and the conductor arrangement being guided directly to the waveguide from the oscillation sensor and being fixed there, so that the free distance between the carrier bridge and the mounting location of the oscillation sensor is reduced by the waveguide, wherein the length of the unguided part of the conductor arrangement is also reduced.
A method for storing and/or transporting a plurality of first and second objects (5a, 5b) for one or more wind turbines, the method comprising - arranging a first object to be supported by a plurality of wheels, and - mounting to each of a first and second said objects (5a, 5b) at least one handling interface device, wherein the at least one handling interface device mounted onto the first said object presents a plurality of engagement elements, and - arranging a second object to be supported by a plurality of wheels, the method further comprising - rolling the first object into a first location, - the method further comprising engaging a raising arrangement to the engagement elements, - subsequently raising the first object to a second location above the first location, the step of raising the first object to the second location being carried out by means of the raising arrangement, and - subsequently rolling the second object into the first location, thereby inserting the second object under the first object, - wherein, after rolling the second object into the first location, the first object is lowered so as to be supported by one or more handling interface devices mounted to the second object, and the handling interface devices are used to fix the first and second objects (5a, 5b) to each other after the step of lowering the first object onto the second object. - arranging a first object to be supported by a plurality of wheels, and - mounting to each of a first and second said objects (5a, 5b) at least one handling interface device, wherein the at least one handling interface device mounted onto the first said object presents a plurality of engagement elements, and - arranging a second object to be supported by a plurality of wheels, the method further comprising - rolling the first object into a first location, - the method further comprising engaging a raising arrangement to the engagement elements, - subsequently raising the first object to a second location above the first location, the step of raising the first object to the second location being carried out by means of the raising arrangement, and - subsequently rolling the second object into the first location, thereby inserting the second object under the first object, - wherein, after rolling the second object into the first location, the first object is lowered so as to be supported by one or more handling interface devices mounted to the second object, and the handling interface devices are used to fix the first and second objects (5a, 5b) to each other after the step of lowering the first object onto the second object.
A composition for use in preventing a systemic injury or condition secondary to a burn in a subject in need thereof, the composition comprising an effective amount of a peptide having the formula D-Arg-2'6'-dimethyltyrosine-Lys-Phe-NH 2, wherein the systemic injury or condition is organ dysfunction or failure, or wherein the systemic injury or condition is hypermetabolism.
An energy supply system with a wind turbine with a rotor and at least one angle-adjustable rotor blade (12, 12') and an electric motor (13, 14), in particular an asynchronous motor, for the movement of a movable part (12, 15) of the wind turbine, wherein the wind turbine also has a control apparatus (16, 17), characterized in that a motor protection switch of the electric motor (13, 14) is arranged outside of a safety shutdown device of the wind turbine, wherein a triggering of the motor protection switch generates a signal, which is sent to the control apparatus (16, 17), wherein the control apparatus (16, 17) is designed to determine whether a safety shutdown of the wind turbine is necessary.
An LED light for refrigerated vending furniture, in particular of refrigerated shelves comprising a plurality of LEDs (4, 9) for illuminating the vending furniture, wherein at least a portion of the LEDs of the LED light is designed as at least one linear LED unit, for example, as a wall floodlight, and the at least one linear LED unit is mounted in the upper region of the refrigerated piece of furniture, in particular, below the upper closing cover of the refrigerated shelf, wherein the linear LED unit is limited in its emission characteristic to a specific emission angle and thereby has an asymmetrical luminous intensity distribution, and wherein the asymmetrical emission characteristic of the linear LED unit is realized by means of an asymmetrical lens designed for this purpose characterized in that the lens has: - at least one far-range directing surface, by means of which the light is directed to a more distant region relative to the linear LED unit, and - at least one close-range directing surface, by means of which the light is directed to a closer region relative to the linear LED unit, wherein different LEDs are assigned to the far-range directing surface and to the close-range directing surface. - at least one far-range directing surface, by means of which the light is directed to a more distant region relative to the linear LED unit, and - at least one close-range directing surface, by means of which the light is directed to a closer region relative to the linear LED unit,
An elevated platform apparatus comprising: a first assembly having a first pair of rails coupled with a first plurality of rungs; a second assembly having a second pair of rails, the second assembly being hingedly coupled with the first assembly; a platform pivotally coupled to the first assembly; a pair of extension members, each extension member being pivotally coupled with an associated rail of the first pair of rails; an upper bar pivotally coupled with each of the extension members and pivotally coupled with each of the first pair of rails; a lower bar pivotally coupled with the second pair of rails; at least one first link member having a first end pivotally coupled with a portion of the second assembly and a second end pivotally coupled with the platform; at least one second link member having a first end pivotally coupled with the lower bar and a second end pivotally coupled with the platform, wherein the second end of the at least one first link member and the second end of the at least one second link member share a common point of pivotal connection with the platform; characterized in that each extension member is directly pivotally coupled with the associated rail of the first pair of rails. a first assembly having a first pair of rails coupled with a first plurality of rungs; a second assembly having a second pair of rails, the second assembly being hingedly coupled with the first assembly; a platform pivotally coupled to the first assembly; a pair of extension members, each extension member being pivotally coupled with an associated rail of the first pair of rails; an upper bar pivotally coupled with each of the extension members and pivotally coupled with each of the first pair of rails; a lower bar pivotally coupled with the second pair of rails; at least one first link member having a first end pivotally coupled with a portion of the second assembly and a second end pivotally coupled with the platform; at least one second link member having a first end pivotally coupled with the lower bar and a second end pivotally coupled with the platform, wherein the second end of the at least one first link member and the second end of the at least one second link member share a common point of pivotal connection with the platform; characterized in that each extension member is directly pivotally coupled with the associated rail of the first pair of rails.
A composition for multiphasic release of growth factors at a treatment site, the composition comprising: - a delivery vehicle comprising at least one first growth factor; and - a carrier comprising at least one second growth factor; wherein: - the delivery vehicle is a liquid or gel, and is adapted to release the at least one first growth factor in an initial release profile over a first time period and wherein the delivery vehicle comprises a polymer; and - the carrier is adapted to release the at least one second growth factor in a sustained release profile over a second time period and wherein the carrier comprises a plurality of particles. - a delivery vehicle comprising at least one first growth factor; and - a carrier comprising at least one second growth factor; - the delivery vehicle is a liquid or gel, and is adapted to release the at least one first growth factor in an initial release profile over a first time period and wherein the delivery vehicle comprises a polymer; and - the carrier is adapted to release the at least one second growth factor in a sustained release profile over a second time period and wherein the carrier comprises a plurality of particles.
A battery, comprising: a first cell; a second cell interconnected with the first cell; and a connection electrically coupled between the first cell and the second cell, characterized in that the connection extends from the first cell to the second cell along a first direction, and a length of the connection along the first direction is greater than a distance between the first cell and the second cell. a first cell; a second cell interconnected with the first cell; and a connection electrically coupled between the first cell and the second cell, characterized in that the connection extends from the first cell to the second cell along a first direction, and a length of the connection along the first direction is greater than a distance between the first cell and the second cell.
A multilayer panel with an embedded light source comprising: a first electrode associated with a first layer of material; a second electrode associated with the first layer of material; a light source in electrical communication with the first electrode and the second electrode; and a second layer of material overlying the first layer of material and the light source, characterized in that the light source rests substantially within a depression in the first layer of material. a first electrode associated with a first layer of material; a second electrode associated with the first layer of material; a light source in electrical communication with the first electrode and the second electrode; and a second layer of material overlying the first layer of material and the light source, characterized in that the light source rests substantially within a depression in the first layer of material.