mhurhangee/patent-ind-claim-en huggingface dataset:
A heat exchanger comprising a heat exchanger body comprising: a first heat exchanger manifold including a first transition member and a second transition member , wherein the first and second transition members each comprise a plurality of guide vanes ; a second heat exchanger manifold including a third transition member and a fourth transition member , wherein the third and fourth transition members each comprise a plurality of guide vanes ; a plurality of working fluid passages extending along an at least partially arcuate path between said first heat exchanger manifold and said second heat exchanger manifold ; a plurality of coolant fluid passages extending along the at least partially arcuate path in thermal conduction contact with said plurality of working fluid passages ; and said first heat exchanger manifold , said second heat exchanger manifold , said plurality of working fluid passages , and said plurality of coolant fluid passages formed monolithically of a sintered material, wherein a first set of the plurality of working fluid passages and a second set of the plurality of working fluid passages are separated by core passage walls , each of the core passage walls having a corrugated cross-section. a first heat exchanger manifold including a first transition member and a second transition member , wherein the first and second transition members each comprise a plurality of guide vanes ; a second heat exchanger manifold including a third transition member and a fourth transition member , wherein the third and fourth transition members each comprise a plurality of guide vanes ; a plurality of working fluid passages extending along an at least partially arcuate path between said first heat exchanger manifold and said second heat exchanger manifold ; a plurality of coolant fluid passages extending along the at least partially arcuate path in thermal conduction contact with said plurality of working fluid passages ; and said first heat exchanger manifold , said second heat exchanger manifold , said plurality of working fluid passages , and said plurality of coolant fluid passages formed monolithically of a sintered material, wherein a first set of the plurality of working fluid passages and a second set of the plurality of working fluid passages are separated by core passage walls , each of the core passage walls having a corrugated cross-section.
A burner unit comprising: a first combustion portion extending in a lengthwise direction and including a plurality of first fire holes arranged along a widthwise direction perpendicular to the lengthwise direction for providing one of fuel-rich flames and fuel-lean flames; a second combustion portion extending in the lengthwise direction and including a plurality of second fire holes disposed on both sides of the first fire holes in the widthwise direction for providing the other of the fuel-rich flames and the fuel-lean flames; wherein a first interval width is defined between said plurality of first fire holes in the widthwise direction; characterized in that the first combustion portion includes a first burning head having a pair of vertical plates extending in a vertical direction and a flat plate connected between said pair of vertical plates, and the first fire holes are longitudinally disposed in the flat plate.. a first combustion portion extending in a lengthwise direction and including a plurality of first fire holes arranged along a widthwise direction perpendicular to the lengthwise direction for providing one of fuel-rich flames and fuel-lean flames; a second combustion portion extending in the lengthwise direction and including a plurality of second fire holes disposed on both sides of the first fire holes in the widthwise direction for providing the other of the fuel-rich flames and the fuel-lean flames; wherein a first interval width is defined between said plurality of first fire holes in the widthwise direction; characterized in that the first combustion portion includes a first burning head having a pair of vertical plates extending in a vertical direction and a flat plate connected between said pair of vertical plates, and the first fire holes are longitudinally disposed in the flat plate..
Method for the identification of a tyre type of a vehicle during an inflation operation of the tyre, in particular of a bicycle, wherein, for the identification of the tyre, • during the inflation operation of the tyre, a first pressure sensor signal (p1) is detected in the tyre, which first pressure sensor signal (p1) represents the pressure in the tyre at a first time (t1), and, • during the inflation operation of the tyre, a second pressure sensor signal (p2) is detected in the tyre, which second pressure sensor signal (p2) represents the pressure in the tyre at a second time (t2) which lies after the first time (t1), and • a tyre type signal is generated in a manner which is dependent on the temporal pressure change (Δp/Δt), characterized in that a maximum tyre pressure (pmax), an optimum utilization pressure (popt) and/or a minimum tyre pressure (pmin) are/is fixed in a manner which is dependent on the tyre type signal. • during the inflation operation of the tyre, a first pressure sensor signal (p1) is detected in the tyre, which first pressure sensor signal (p1) represents the pressure in the tyre at a first time (t1), and, • during the inflation operation of the tyre, a second pressure sensor signal (p2) is detected in the tyre, which second pressure sensor signal (p2) represents the pressure in the tyre at a second time (t2) which lies after the first time (t1), and • a tyre type signal is generated in a manner which is dependent on the temporal pressure change (Δp/Δt),
A method of manufacturing a solution of NSAID nanoparticles, characterised in that , a propionic acid derivative NSAID is dissolved in ethanol, and at least one dispersing agents chosen from a group consisting of lecithin, gelatin and/or starch is dissolved in water to form the aqueous solution of dispersing agents which contains lecithin in concentration from 25,0 to 66,67 g/dm 3 and gelatin in concentration from 1,67 to 6,67 g/dm 3 or to form the aqueous solution of dispersing agents which contains lecithin in concentration from 23,22 to 66,67 g/dm 3 and starch in concentration from 3,33 to 33,33 g/dm 3 , then the organic solution is added to the aqueous solution and the obtained mixture is homogenised until homogenous solution is obtained.
A press tool for a fitting with a cylindrical part and a press lug protruding therefrom, which is to be pressed perpendicularly to an axial direction of the fitting, which press tool comprises: two tool halves which can be closed by a movement towards each other, and opened by a movement away from each other, each with a press part serving to press the press lug during the closing movement, and guide parts serving to guide the press tool on the press fitting during the closing movement, wherein the two tool halves each comprise double guide parts , which are provided on both sides of each press part with respect to the axial direction, characterised by two plates overlapping the respective guide parts in a projection in a line direction perpendicular to the direction of the closing movement and axially parallel to the cylindrical part, namely a respective plate on each side of the press parts with respect to the line direction, and in that the plates respectively lie outside the guide parts in the line direction and at least partially protectively cover these as cover plates towards the outside. two tool halves which can be closed by a movement towards each other, and opened by a movement away from each other, each with a press part serving to press the press lug during the closing movement, and guide parts serving to guide the press tool on the press fitting during the closing movement, wherein the two tool halves each comprise double guide parts , which are provided on both sides of each press part with respect to the axial direction, characterised by two plates overlapping the respective guide parts in a projection in a line direction perpendicular to the direction of the closing movement and axially parallel to the cylindrical part, namely a respective plate on each side of the press parts with respect to the line direction, and in that the plates respectively lie outside the guide parts in the line direction and at least partially protectively cover these as cover plates towards the outside.
A reflective-type color display, comprising: a lower substrate and an upper substrate ; a polarization plate positioned on the outer surface of the upper substrate ; a plurality of helical photonic crystals arranged between the lower substrate and the upper substrate and spaced from each other according to a direction parallel to a facing surface of said substrates ; a tunable waveplate positioned on the plurality of helical photonic crystals and configured to continuously change the phase retardation to control the reflection intensity; and a patterned electrode layer on the facing surfaces of the lower substrate and the upper substrate for electrically controlling the phase retardation of the tunable waveplate , wherein at least two of the plurality of helical photonic crystals have different values of the thickness, said thickness being along an axis perpendicular to the substrates , wherein said helical photonic crystals have different reflection properties of light based on said different thickness, wherein each of the helical photonic crystals is further configured to reflect the incident light in a certain wavelength range that corresponds to a helical pitch and a polarization component of the incident light in the same sense of the handedness as the helical photonic crystal, and wherein the tunable waveplate comprises a liquid crystal layer horizontally aligned. a lower substrate and an upper substrate ; a polarization plate positioned on the outer surface of the upper substrate ; a plurality of helical photonic crystals arranged between the lower substrate and the upper substrate and spaced from each other according to a direction parallel to a facing surface of said substrates ; a tunable waveplate positioned on the plurality of helical photonic crystals and configured to continuously change the phase retardation to control the reflection intensity; and a patterned electrode layer on the facing surfaces of the lower substrate and the upper substrate for electrically controlling the phase retardation of the tunable waveplate , wherein at least two of the plurality of helical photonic crystals have different values of the thickness, said thickness being along an axis perpendicular to the substrates , wherein said helical photonic crystals have different reflection properties of light based on said different thickness, wherein each of the helical photonic crystals is further configured to reflect the incident light in a certain wavelength range that corresponds to a helical pitch and a polarization component of the incident light in the same sense of the handedness as the helical photonic crystal, and wherein the tunable waveplate comprises a liquid crystal layer horizontally aligned.
A ladder stabiliser comprising: (i) a base for supporting, in use, both feet of a ladder; and (ii) at least first and second substantially planar walls extending upwards from the base and defining with the base, a first open-topped three-dimensional space for accommodating, and at least partially enclosing, the lower distal ends of a ladder; wherein at least part of said at least two walls extends to a height above the base which, in use, is equal to, or greater than, that of the lowermost rung of an inclined ladder; characterized in that a the second substantially planar wall has a hinged connection with the base and is movable between open and closed positions. (i) a base for supporting, in use, both feet of a ladder; and (ii) at least first and second substantially planar walls extending upwards from the base and defining with the base, a first open-topped three-dimensional space for accommodating, and at least partially enclosing, the lower distal ends of a ladder;
A filter system , comprising: an elongate filter body including an expandable elongate filter region defining a lumen ; and a valve defining a lumen , wherein the lumen of the valve and the lumen of the elongate filter region form a single lumen , the valve including a reversibly sealable opening for unidirectional flow of a fluid through the single lumen , the valve being adjoined the elongate filter region of the elongate filter body ; wherein the valve includes a support frame for supporting a cover , the cover including at least one valve leaflet reversibly sealable for the unidirectional flow of the fluid through the lumen of the valve ; characterized in that the elongate filter body includes a fluid tight plug positioned within the lumen of the elongate filter body proximal the elongate filter region so as to occlude the lumen of the elongate filter body to direct the unidirectional flow of the fluid from the lumen through the elongate filter region to filter the unidirectional flow of the fluid. an elongate filter body including an expandable elongate filter region defining a lumen ; and a valve defining a lumen , wherein the lumen of the valve and the lumen of the elongate filter region form a single lumen , the valve including a reversibly sealable opening for unidirectional flow of a fluid through the single lumen , the valve being adjoined the elongate filter region of the elongate filter body ; wherein the valve includes a support frame for supporting a cover , the cover including at least one valve leaflet reversibly sealable for the unidirectional flow of the fluid through the lumen of the valve ; characterized in that the elongate filter body includes a fluid tight plug positioned within the lumen of the elongate filter body proximal the elongate filter region so as to occlude the lumen of the elongate filter body to direct the unidirectional flow of the fluid from the lumen through the elongate filter region to filter the unidirectional flow of the fluid.
Structured covering for a machine for producing or refining a fibrous web, in particular a paper, cardboard or tissue web, including a substrate and a grid structure , applied on the substrate , on which grid structure the fibrous web is transported in case of intended use of the structured covering , whereby the grid structure includes a plurality of first elements , which are all oriented in a first direction, and a plurality of second elements , which are all oriented in a second direction, which differs from the first direction, characterised in that the first elements run through the second elements while forming the grid structure such that a bottom side of the first elements facing the substrate and a bottom side of the second elements facing the substrate lie on a common plane; wherein the plurality of first elements extends continuously through the structured covering in the first direction and the plurality of second elements extends continuously through the structured covering in the second direction, and the whole top side of each first element turned away from the substrate does not lie on a common plane with the whole top side of each second element turned away from the substrate . the first elements run through the second elements while forming the grid structure such that a bottom side of the first elements facing the substrate and a bottom side of the second elements facing the substrate lie on a common plane; wherein the plurality of first elements extends continuously through the structured covering in the first direction and the plurality of second elements extends continuously through the structured covering in the second direction, and the whole top side of each first element turned away from the substrate does not lie on a common plane with the whole top side of each second element turned away from the substrate .
A method of capturing, isolating and analyzing circulating multiple myeloma cells in a sample of blood obtained from a test subject comprising (a) contacting said sample with colloidal magnetic particles that are conjugated to a first ligand, which is anti-CD138, and a second ligand, which is anti-CD38; (b) subjecting the sample of step (a) to a magnetic field to produce a separated faction of magnetic particle-bound circulating multiple myeloma cells; (c) treating the sample of step (b) with a first additional marker; and (d) analyzing circulating multiple myeloma cells. (a) contacting said sample with colloidal magnetic particles that are conjugated to a first ligand, which is anti-CD138, and a second ligand, which is anti-CD38; (b) subjecting the sample of step (a) to a magnetic field to produce a separated faction of magnetic particle-bound circulating multiple myeloma cells; (c) treating the sample of step (b) with a first additional marker; and (d) analyzing circulating multiple myeloma cells.
A computer-implemented method of view generation based on a video coding scheme, the computer implemented method comprising: receiving a first bitstream encoded based on the video coding scheme, wherein the video coding scheme is a High Efficiency Video Coding extension for 3D video coding (3D-HEVC), wherein the first bitstream includes video, one or more depth samples, and a first message of a predefined message type specified by the video coding scheme, wherein the predefined message type is a supplementary enhancement information (SEI) message type, wherein the first message contains a plurality of syntax elements including a first syntax element and a second syntax element; determining, based on a first depth type, specified by the first syntax element, to interpret the one or more depth samples, which are decoded from the first bitstream, as being a first predefined depth format comprising a warp-map-offset format; generating one or more warp maps based on at least the second syntax element and interpreting the one or more depth samples as one or more quantized warp map offsets; and generating, by an application and based on the first depth type specified by the first syntax element, one or more views using image-domain warping and based on the video and the one or more warp maps, wherein the application is configured such that in lieu of the first depth type being specified, a second depth type is specifiable, or an SEI message is omittable, to cause view generation by the application based on interpreting the one or more depth samples as being in a second predefined depth format other than the warp-map-offset format, wherein the second depth type indicates depth-image-based rendering and wherein the second predefined depth format is a depth-map format. receiving a first bitstream encoded based on the video coding scheme, wherein the video coding scheme is a High Efficiency Video Coding extension for 3D video coding (3D-HEVC), wherein the first bitstream includes video, one or more depth samples, and a first message of a predefined message type specified by the video coding scheme, wherein the predefined message type is a supplementary enhancement information (SEI) message type, wherein the first message contains a plurality of syntax elements including a first syntax element and a second syntax element; determining, based on a first depth type, specified by the first syntax element, to interpret the one or more depth samples, which are decoded from the first bitstream, as being a first predefined depth format comprising a warp-map-offset format; generating one or more warp maps based on at least the second syntax element and interpreting the one or more depth samples as one or more quantized warp map offsets; and generating, by an application and based on the first depth type specified by the first syntax element, one or more views using image-domain warping and based on the video and the one or more warp maps,
Improved connection system for a column of household appliances , comprising a supporting household appliance and a supported household appliance , in particular for a superposition of at least one washing machine and at least one tumble dryer , comprising a connecting element substantially in the form of a frame interposable between said household appliances and a plurality of fixing elements configured to connect the connecting element to said household appliances , said connecting element comprising at least two sides corresponding to lateral sides of household appliances and configured to be connectable to lateral sides of at least one household appliance , characterized in that the connecting element is further fixable to the supported household appliance by means of a plurality of second fixing elements , said second fixing elements comprising a plurality of expandable plugs , configured to be insertable inside the feet of the supported household appliance and fixed to the connecting element , the connection element being connectable through said plurality of first fixing elements to the lateral sides of the supporting household appliance placed on the ground and being configured to support the supported household appliance .
An apparatus for being mounted above a shower area to be cleaned, the apparatus comprising: a nozzle head for spraying cleaning fluid, and a flexible conduit through which the nozzle head is arranged to receive the cleaning fluid, the flexible conduit being connected to the nozzle head , the nozzle head having a first part fixed to the flexible conduit and a second rotatable part arranged to rotate relative to the first part , and a winding mechanism for winding or unwinding a coil of the flexible conduit about an axis , at least part of the winding mechanism being rotatable in one direction about the axis to unwind the coil, and being rotatable in the opposite direction about the axis to wind the coil; characterized by a housing for housing the nozzle head when the nozzle head is in a raised position, wherein when the apparatus is installed and the coil is unwound, the nozzle head is lowered from the housing , and the flexible conduit leaving the housing is in a position which does not laterally shift relative to other parts of the apparatus, and when the coil is then wound, the nozzle head is raised up to the housing .
Method for monitoring an engagement process of an engagement pinion of a starter motor for a vehicle drive, in which an armature of the starter motor is moved by a magnet, comprising: detecting a magnet coil signal when a magnet coil of the magnet is energised in order to obtain a signal profile, in particular a current profile; generating a frequency profile by transforming the signal profile with a time-frequency transformation; comparing the frequency profile with at least one reference frequency profile; and monitoring the engagement process on the basis of the comparison . detecting a magnet coil signal when a magnet coil of the magnet is energised in order to obtain a signal profile, in particular a current profile; generating a frequency profile by transforming the signal profile with a time-frequency transformation; comparing the frequency profile with at least one reference frequency profile; and monitoring the engagement process on the basis of the comparison .