mhurhangee/patent-ind-claim-en huggingface dataset:
A honeycomb filter for trapping and removing solid components contained in a fluid, comprising: a plurality of porous partition portions each forming a cell , the cell being open at one end and closed at the other end, serving as a flow path of a fluid, and being a polygonal cell with a polygonal cross section; and a trapping layer for trapping and removing solid components contained in the fluid, the trapping layer being disposed on each of the partition portions , containing particle groups having an average particle size smaller than the average pore size of the partition portions , and containing a side trapping layer and a corner trapping layer , the side trapping layer being disposed on each of partition portions forming the sides of the polygonal cells , the corner trapping layer being disposed on each of partition portions at the corners of the polygonal cells , wherein the trapping layer thickness ratio Y/X of the thickness Y of the corner trapping layer to the thickness X of the side trapping layer is 1.1 or more and 2.4 or less. a plurality of porous partition portions each forming a cell , the cell being open at one end and closed at the other end, serving as a flow path of a fluid, and being a polygonal cell with a polygonal cross section; and a trapping layer for trapping and removing solid components contained in the fluid, the trapping layer being disposed on each of the partition portions , containing particle groups having an average particle size smaller than the average pore size of the partition portions , and containing a side trapping layer and a corner trapping layer , the side trapping layer being disposed on each of partition portions forming the sides of the polygonal cells , the corner trapping layer being disposed on each of partition portions at the corners of the polygonal cells , wherein the trapping layer thickness ratio Y/X of the thickness Y of the corner trapping layer to the thickness X of the side trapping layer is 1.1 or more and 2.4 or less.
Motor vehicle headlamp light module having a semiconductor light source and a projection lens which is arranged in a light beam originating from the semiconductor light source and which generates from the light beam a light distribution in which an edge (28.3) of a light exit surface of the semiconductor light source is mapped as a cut-off line , the projection lens having a first partial region which generates a first partial light distribution and having a second partial region which generates a second partial light distribution which is superimposed in an overlapping manner with the first partial light distribution, the projection lens having a third partial region which is located between the first partial region and the second partial region and is set up to produce a third partial light distribution which, when the motor vehicle headlamp light module is used in accordance with the intended purpose, is produced by the edge (28.3) of the semiconductor light source and which overlaps with the first partial light distribution and the second partial light distribution, the first partial light distribution and the second partial light distribution arranged below a line which, when the motor vehicle headlight light module is used as intended, is arranged below the cut-off line produced by the third partial region and is at a distance of at least 0,5° to a maximum of 2° from the first cut-off line , a light entry surface of the projection lens facing the semiconductor light source being smooth and having no steps, characterized in that the light exit surface of the projection lens is likewise smooth and has no steps.
A camera mirror system for a vehicle comprising: a camera having a field of view , wherein the field of view corresponds to one of a corner view or a rear-facing field view; a display in communication with the camera configured to depict the field of view ; an infrared light-emitting diode (IR LED) configured to illuminate the field of view , the IR LED configured to operate at a temperature, wherein the display is configured to display at least one of class II and class IV views illuminated by the IR LED for the rear-facing view, or the display is configured to display at least one of class V and class VI views illuminated by the IR LED for the corner view; a controller configured to provide at least one of a warning or an IR LED shut down command in response to the temperature exceeding a threshold; and a camera housing , wherein the camera and the IR LED are arranged in the camera housing and configured to be arranged outside the vehicle , wherein the controller is arranged outside the camera housing and configured to be arranged inside the vehicle , wherein the controller is configured to sense current from the IR LED and infer the temperature based upon the current. a camera having a field of view , wherein the field of view corresponds to one of a corner view or a rear-facing field view; a display in communication with the camera configured to depict the field of view ; an infrared light-emitting diode (IR LED) configured to illuminate the field of view , the IR LED configured to operate at a temperature, wherein the display is configured to display at least one of class II and class IV views illuminated by the IR LED for the rear-facing view, or the display is configured to display at least one of class V and class VI views illuminated by the IR LED for the corner view; a controller configured to provide at least one of a warning or an IR LED shut down command in response to the temperature exceeding a threshold; and a camera housing , wherein the camera and the IR LED are arranged in the camera housing and configured to be arranged outside the vehicle , wherein the controller is arranged outside the camera housing and configured to be arranged inside the vehicle , wherein the controller is configured to sense current from the IR LED and infer the temperature based upon the current.
A device comprising: one or more processors configured to: receive, via wireless transmission from a streaming device , encoded ambisonics audio data representing a sound field; perform decoding of the ambisonics audio data to generate decoded ambisonics audio data , the decoding of the ambisonics audio data including base layer decoding of a base layer of the encoded ambisonics audio data and selectively including enhancement layer decoding in response to an amount of movement of the device ; adjust the decoded ambisonics audio data to alter the sound field based on data associated with at least one of a translation or an orientation associated with the movement of the device ; and output the adjusted decoded ambisonics audio data to two or more loudspeakers for playback. receive, via wireless transmission from a streaming device , encoded ambisonics audio data representing a sound field; perform decoding of the ambisonics audio data to generate decoded ambisonics audio data , the decoding of the ambisonics audio data including base layer decoding of a base layer of the encoded ambisonics audio data and selectively including enhancement layer decoding in response to an amount of movement of the device ; adjust the decoded ambisonics audio data to alter the sound field based on data associated with at least one of a translation or an orientation associated with the movement of the device ; and output the adjusted decoded ambisonics audio data to two or more loudspeakers for playback.
A measuring point information providing device comprising: a Synthetic Aperture Radar, SAR, image set input unit which inputs an SAR image set, with each pixel corresponding to a resolution cell within a field of vision for image capturing including a specific region, the SAR image set holding at least information indicative of a reflection intensity and a phase, the information being generated from observation data formed of four basic polarization pairs, an HH polarization, an HV polarization, a VH polarization and a VV polarization which are combinations of transmission and reception polarizations observed by a synthetic aperture radar at generally the same time; a polarization pair determination unit which determines a polarization pair whose reflection intensity is not less than a predetermined value or the highest with respect to each target pixel by using the input SAR image set; and a measuring point information generation unit which generates, based on a polarization pair determined by the polarization pair determination unit , measuring point information including at least information indicative of the determined polarization pair of the target pixel. a Synthetic Aperture Radar, SAR, image set input unit which inputs an SAR image set, with each pixel corresponding to a resolution cell within a field of vision for image capturing including a specific region, the SAR image set holding at least information indicative of a reflection intensity and a phase, the information being generated from observation data formed of four basic polarization pairs, an HH polarization, an HV polarization, a VH polarization and a VV polarization which are combinations of transmission and reception polarizations observed by a synthetic aperture radar at generally the same time; a polarization pair determination unit which determines a polarization pair whose reflection intensity is not less than a predetermined value or the highest with respect to each target pixel by using the input SAR image set; and a measuring point information generation unit which generates, based on a polarization pair determined by the polarization pair determination unit , measuring point information including at least information indicative of the determined polarization pair of the target pixel.
A backpack comprising: a main compartment including a top end and a bottom end and defined by a set of walls comprising a top side wall at least partially defining the top end , a bottom side wall at least partially defining the bottom end , a left side wall , a right side wall , and a back wall that connects to each of the top , the bottom , the left , and the right side walls, wherein the backpack further includes one or more shoulder straps that extend along the back wall , and wherein each wall of the set of walls includes a respective portion that converges at a centralized wall junction positioned between the top end and the bottom end when the set of walls are in a closed configuration; a first zipper that connects the top side wall to the left side wall ; a second zipper that connects the top side wall to the right side wall ; a third zipper that connects the bottom side wall to the left side wall ; a fourth zipper that connects the bottom side wall to the right side wall ; wherein each of the first , the second , the third , and the fourth zipper includes a respective first end that terminates near the back wall and a respective second end that terminates near the centralized wall junction . a main compartment including a top end and a bottom end and defined by a set of walls comprising a top side wall at least partially defining the top end , a bottom side wall at least partially defining the bottom end , a left side wall , a right side wall , and a back wall that connects to each of the top , the bottom , the left , and the right side walls, wherein the backpack further includes one or more shoulder straps that extend along the back wall , and wherein each wall of the set of walls includes a respective portion that converges at a centralized wall junction positioned between the top end and the bottom end when the set of walls are in a closed configuration; a first zipper that connects the top side wall to the left side wall ; a second zipper that connects the top side wall to the right side wall ; a third zipper that connects the bottom side wall to the left side wall ; a fourth zipper that connects the bottom side wall to the right side wall ; wherein each of the first , the second , the third , and the fourth zipper includes a respective first end that terminates near the back wall and a respective second end that terminates near the centralized wall junction .
(Currently amended) A method for producing an aqueous dispersion in which nanoparticles including an active ingredient of a pharmaceutical drug are dispersed, the method comprising the steps of : (a) preparing (i) a first solution by dissolving a pharmaceutical drug and an ointment base in an organic solvent as a solvent thereof, and (ii) a second solution by dissolving a dispersing agent in water as the solvent of the second solution; (b) rapidly freezing a liquid mixture of the first solution and the second solution, for crystallization (aggregation of groups of molecules present in a solution) to prepare nanocrystals; (c) freeze drying a frozen sample of the liquid mixture and (d) dispersing the freeze-dried sample in water, wherein the liquid mixture of the first and second solutions is rapidly frozen and freeze-dried so that the active ingredient is coated with the ointment base thereby inhibiting growth of nanocrystals of the active ingredient, and wherein the ointment base is lanolin, vaseline, beeswax, phenol and zinc oxide liniment, cacao butter, witepsol, glycerogelatin, liquid paraffin, hard fat, macrogol, hydrocarbon gel ointment base, or a lanolin derivative or a mixture of lanolin derivatives which is (i) lauric alcohol, (ii) lauric fatty acid, (iii) a product produced from lanolin through a chemical reaction such as acetylation, alkoxylation, sulfonation, hydrogenation, transesterification, and reduction, such as a metal salt of lauric fatty acid. (a) preparing (i) a first solution by dissolving a pharmaceutical drug and an ointment base in an organic solvent as a solvent thereof, and (ii) a second solution by dissolving a dispersing agent in water as the solvent of the second solution; (b) rapidly freezing a liquid mixture of the first solution and the second solution, for crystallization (aggregation of groups of molecules present in a solution) to prepare nanocrystals; (c) freeze drying a frozen sample of the liquid mixture and (d) dispersing the freeze-dried sample in water,
A method of transferring a mixed drug from a drug mixing device in which drug has been mixed to a drug administration device comprising the steps of: a) preparing the mixed drug in the drug mixing device ; b) establishing a fluid coupling in an initial configuration between the drug mixing device and the drug administration device to create an assembly comprising the drug mixing device and drug administration device , wherein the drug administration device is located above the drug mixing device; c) inverting the assembly to position it in an inverted configuration such that the drug administration device is located below the drug mixing device; and d) causing a flow of the mixed drug from the drug mixing device to the drug administration device when the assembly is in the inverted configuration. a) preparing the mixed drug in the drug mixing device ; b) establishing a fluid coupling in an initial configuration between the drug mixing device and the drug administration device to create an assembly comprising the drug mixing device and drug administration device , wherein the drug administration device is located above the drug mixing device; c) inverting the assembly to position it in an inverted configuration such that the drug administration device is located below the drug mixing device; and d) causing a flow of the mixed drug from the drug mixing device to the drug administration device when the assembly is in the inverted configuration.
Household refrigeration apparatus with a housing and with a door , which is pivotably disposed at the housing by a hinge , wherein the hinge (8 to 11) comprises a pivot and a base part separate thereto, at which the pivot is rotatably supported around a rotational axis (A, B), and with a height adjusting device , which is formed at the hinge (8 to 11) and by which the door is adjustable in the height position in height direction (y) of the household refrigeration apparatus relative to the housing , wherein the pivot comprises an annular coupling disk of the height adjusting device , which is coupled to a coupling receptacle of the height adjusting device formed in the base part , and an individual height position of the pivot is adjusted depending on the rotational position of the coupling disk around the rotational axis (A, B) relative to the coupling receptacle , wherein the coupling disk comprises a coupling element , which comprises ramp-like oblique flanks on both sides viewed in circumferential direction around the rotational axis (A, B), by which the coupling element plunges into the coupling receptacle viewed in the direction of the rotational axis (A, B), characterized in that receptacles for an engaging tool are formed on a jacket wall of the coupling disk , by which the pivot is rotatable around the rotational axis (A, B).
An elongate steerable device for insertion into a subject's body, the device extending from a bendable distal tip region to a proximal handle region , the device comprising: a plurality of tendons , wherein each tendon of the plurality of tendons is attached to the distal tip region and extends from the distal tip region to the proximal handle region ; and a plurality of axial translation regions sequentially arranged along an outer surface of the proximal handle region , wherein each axial translation region of the plurality of axial translation regions is coupled to a tendon of the plurality of tendons ; wherein each axial translation region is configured to move in a proximal to distal line to axially translate the tendon coupled to the axial translation region and thereby deflect the distal tip ; characterized in that the proximal handle region is configured to permit passage of another device over the elongate steerable device. a plurality of tendons , wherein each tendon of the plurality of tendons is attached to the distal tip region and extends from the distal tip region to the proximal handle region ; and a plurality of axial translation regions sequentially arranged along an outer surface of the proximal handle region , wherein each axial translation region of the plurality of axial translation regions is coupled to a tendon of the plurality of tendons ; wherein each axial translation region is configured to move in a proximal to distal line to axially translate the tendon coupled to the axial translation region and thereby deflect the distal tip ; characterized in that the proximal handle region is configured to permit passage of another device over the elongate steerable device.
A stator assembly comprising stator windings around stator poles and power electronics coupled to the windings for powering the windings , wherein the stator assembly is an electric motor stator assembly and the stator windings are for driving a rotor of the motor and wherein the stator assembly comprises a respective set of power electronics for each winding ; wherein the stator assembly comprises an enclosure , wherein elements of the power electronics and windings are housed in the enclosure which is arranged to channel a flow of coolant over both the windings and the elements of the power electronics , wherein the sets of the power electronics are interleaved with the windings in the enclosure ; wherein each set of the power electronics comprises at least one inverter leg, and wherein the stator poles having the stator windings and the sets of power electronics are alternatingly distributed in a circumferential manner along the circumference of the stator assembly . wherein the stator assembly comprises an enclosure , wherein elements of the power electronics and windings are housed in the enclosure which is arranged to channel a flow of coolant over both the windings and the elements of the power electronics , wherein the sets of the power electronics are interleaved with the windings in the enclosure ; wherein each set of the power electronics comprises at least one inverter leg, and wherein the stator poles having the stator windings and the sets of power electronics are alternatingly distributed in a circumferential manner along the circumference of the stator assembly .
A display screen (E) comprising a matrix of pixels (P) arranged in rows and columns perpendicular to said rows, each pixel comprising three or more sub-pixels (SP) of different colors (RGB), in alignment in the direction of said rows and presenting a shape that is elongate, each sub-pixel presenting a main dimension forming a same non-zero angle α relative to the direction of said columns, the short top and bottom ends of each sub-pixel of a row L, with the exception of those in the first and the last rows, faces respectively, short bottom and top ends of sub-pixels belonging to rows L-1 and L+1 and presenting other colors, with an offset along the direction of short ends between short ends of sub-pixels facing each other of different colors; the screen being fitted with an angle selection array for autostereoscopic display having main axes forming an angle α relative to the direction of said columns and at a pitch that enables M ≥ 2 sub-pixels to be covered, equal to the number of viewpoints displayed by the screen.
A device for producing a lens wafer comprising a multiplicity of microlenses with: - a punching tool with a) a first punch with a first embossing side comprising first embossing structures and b) a second punch with a second embossing side comprising second embossing structures , wherein at least one of the punches comprises at its embossing side a projection at least partially limiting the embossing space at the periphery, - a first holding fixture for holding the first punch at a first holding side facing away from the first embossing side and - a second holding fixture for holding the second punch at a second holding side facing away from the second embossing side , characterised in that a controlled movement of the second punch in an X-Y plane and in a Z-direction running orthogonal thereto as well as a controlled rotation about an axis of rotation running parallel to the Z-direction can be performed for the alignment of the first punch with the second punch , and wherein the alignment can be controlled with the aid of the position of the punches , wherein the first punch comprises first alignment marks for the alignment of the first punch with respect to second alignment marks of the second punch . - a punching tool with a) a first punch with a first embossing side comprising first embossing structures and b) a second punch with a second embossing side comprising second embossing structures , wherein at least one of the punches comprises at its embossing side a projection at least partially limiting the embossing space at the periphery, a) a first punch with a first embossing side comprising first embossing structures and b) a second punch with a second embossing side comprising second embossing structures , wherein at least one of the punches comprises at its embossing side a projection at least partially limiting the embossing space at the periphery, - a first holding fixture for holding the first punch at a first holding side facing away from the first embossing side and - a second holding fixture for holding the second punch at a second holding side facing away from the second embossing side , characterised in that