mhurhangee/patent-ind-claim-en huggingface dataset:
A cassette for an injector , the cassette comprising: a housing ; and a cassette identification arrangement (cassette ID) defining a code containing information about the cassette , the code being detectable and decipherable by the injector , the cassette ID disposed on the housing , embedded within the housing , provided on or in a separate structure contained within the housing , or any combination thereof; wherein the cassette ID comprises a contact system for contacting at least one sensing element of a detector of the injector when the cassette is placed in or on the injector ; characterised: wherein the contact system comprises at least one tab having a length selected from two or more different lengths, or at least one indentation having a depth selected from two or more different depths, or a combination of the at least one tab and the at least one indentation ; and wherein the code is at least partially determined by the length of the at least one tab , or the depth of the at least one indentation , or a combination of the length of the at least one tab and the depth of the at least one indentation . a housing ; and a cassette identification arrangement (cassette ID) defining a code containing information about the cassette , the code being detectable and decipherable by the injector , the cassette ID disposed on the housing , embedded within the housing , provided on or in a separate structure contained within the housing , or any combination thereof; wherein the cassette ID comprises a contact system for contacting at least one sensing element of a detector of the injector when the cassette is placed in or on the injector ; characterised: wherein the contact system comprises at least one tab having a length selected from two or more different lengths, or at least one indentation having a depth selected from two or more different depths, or a combination of the at least one tab and the at least one indentation ; and wherein the code is at least partially determined by the length of the at least one tab , or the depth of the at least one indentation , or a combination of the length of the at least one tab and the depth of the at least one indentation . wherein the contact system comprises at least one tab having a length selected from two or more different lengths, or at least one indentation having a depth selected from two or more different depths, or a combination of the at least one tab and the at least one indentation ; and wherein the code is at least partially determined by the length of the at least one tab , or the depth of the at least one indentation , or a combination of the length of the at least one tab and the depth of the at least one indentation .
Agglomerated boron nitride particles constituted by primary particles of hexagonal boron nitride crystals, wherein the primary particles of hexagonal boron nitride crystals are arranged in a normal direction so that their a-axes face outward.
Storage installation for the storage of laboratory objects comprising a chamber , at least one dewar container arranged in the chamber for storing laboratory objects at a storage temperature Ts < Tc, Tc being a temperature of the chamber a plurality of storage cassettes arranged in the dewar container , each storage cassette forming a plurality of storage positions arranged one above the other for receiving the laboratory objects, and a picking device , which is arranged in the chamber so as to be movable over the dewar container(s) and which has at least one cassette lifter , in order to remove storage cassettes from the dewar container(s) in the vertical direction and to place them back into them, at least one centering element being provided, into which a storage cassette can be inserted in order to align the storage cassette horizontally, characterized in that the centering element is part of the cassette lifter . a chamber , at least one dewar container arranged in the chamber for storing laboratory objects at a storage temperature Ts < Tc, Tc being a temperature of the chamber a plurality of storage cassettes arranged in the dewar container , each storage cassette forming a plurality of storage positions arranged one above the other for receiving the laboratory objects, and a picking device , which is arranged in the chamber so as to be movable over the dewar container(s) and which has at least one cassette lifter , in order to remove storage cassettes from the dewar container(s) in the vertical direction and to place them back into them, at least one centering element being provided, into which a storage cassette can be inserted in order to align the storage cassette horizontally, characterized in that the centering element is part of the cassette lifter .
Grooved noodles formed with four grooves along a longitudinal direction of the noodles and having a substantially circular configuration in cross section, wherein the four grooves are arranged at intervals of 90° along a circumferential direction of the noodles and extend in a same rotational direction with respect to a center point in a cross section of the noodles, wherein each of the grooves includes a pair of sides opposing to each other and extending from an opening part of the groove toward an innermost part of the groove, a first opening end part located on one side of the pair of sides closer to the center point, and a second opening end part located on another side of the pair of sides farther from the center point, wherein an acute angle formed between a straight line passing through the first opening end part and the innermost part and another straight line passing through the first opening end part and the center point in each of the grooves is 12° to 33°, wherein a center region defined in a quadrilateral formed by four straight lines each passing through the innermost part and a middle point between the first opening end part and the second opening end part of a relevant groove has an area of 4% to 35% of a hypothetical area of the configuration when it is assumed that the four grooves are not provided, and wherein the noodles accounts for at least 85% of the center region. wherein the four grooves are arranged at intervals of 90° along a circumferential direction of the noodles and extend in a same rotational direction with respect to a center point in a cross section of the noodles, wherein each of the grooves includes a pair of sides opposing to each other and extending from an opening part of the groove toward an innermost part of the groove, a first opening end part located on one side of the pair of sides closer to the center point, and a second opening end part located on another side of the pair of sides farther from the center point, wherein an acute angle formed between a straight line passing through the first opening end part and the innermost part and another straight line passing through the first opening end part and the center point in each of the grooves is 12° to 33°, wherein a center region defined in a quadrilateral formed by four straight lines each passing through the innermost part and a middle point between the first opening end part and the second opening end part of a relevant groove has an area of 4% to 35% of a hypothetical area of the configuration when it is assumed that the four grooves are not provided, and wherein the noodles accounts for at least 85% of the center region.
A fuel system comprising: a fuel blender in fluid communication with a source of a first fuel composition and a source of a second fuel composition via at least one inlet , the fuel blender being configured to mix the first fuel composition and the second fuel composition; a regulator for controlling the percentage of first and second fuel composition which are blended together; and a control unit ; and a vapour trail modelling tool ; the fuel blender being operable to receive the first fuel composition and the second fuel composition via the at least one inlet, and output a resultant fuel composition comprising the received fuel compositions via at least one outlet ; the at least one outlet being in fluid communication with an engine fuel injection device ; the regulator being responsive to a signal from the control unit which defines the percentage of the first and the second fuel composition to be blended together; the control unit comprising a blending ratio calculator configured to calculate a required resultant fuel composition as a function of desired soot emission index, the desired soot emission index being determined by a soot requirement generator which is operable to communicate the desired value of soot emission index to the blending ratio calculator; and the vapour trail modelling tool being configured to first determine ambient air conditions in dependence upon actual measured values of ambient air conditions, and then to determine the likelihood of vapour trail formation and/or vapour trail persistence based upon engine operating point and ambient air conditions. a fuel blender in fluid communication with a source of a first fuel composition and a source of a second fuel composition via at least one inlet , the fuel blender being configured to mix the first fuel composition and the second fuel composition; a regulator for controlling the percentage of first and second fuel composition which are blended together; and a control unit ; and a vapour trail modelling tool ; the fuel blender being operable to receive the first fuel composition and the second fuel composition via the at least one inlet, and output a resultant fuel composition comprising the received fuel compositions via at least one outlet ; the at least one outlet being in fluid communication with an engine fuel injection device ; the regulator being responsive to a signal from the control unit which defines the percentage of the first and the second fuel composition to be blended together; the control unit comprising a blending ratio calculator configured to calculate a required resultant fuel composition as a function of desired soot emission index, the desired soot emission index being determined by a soot requirement generator which is operable to communicate the desired value of soot emission index to the blending ratio calculator; and the vapour trail modelling tool being configured to first determine ambient air conditions in dependence upon actual measured values of ambient air conditions, and then to determine the likelihood of vapour trail formation and/or vapour trail persistence based upon engine operating point and ambient air conditions.
A heat dissipation switch , comprising: a layer of thermally isolating material comprising a plurality of conductive element cavities within the thermally isolating material ; a plurality of thermally switched conductive elements disposed within the plurality of conductive element cavities of the thermally isolating material , wherein each thermally switched conductive element is configured to deform in response to a threshold temperature; and the heat dissipation switch characterised by further comprising at least one supplemental layer of thermally switched conductive elements disposed in a position between a thermally switched conductive element and a heat source , wherein the at least one supplemental layer is configured to deform in response to a secondary threshold temperature different than the threshold temperature. a layer of thermally isolating material comprising a plurality of conductive element cavities within the thermally isolating material ; a plurality of thermally switched conductive elements disposed within the plurality of conductive element cavities of the thermally isolating material , wherein each thermally switched conductive element is configured to deform in response to a threshold temperature; and the heat dissipation switch characterised by further comprising at least one supplemental layer of thermally switched conductive elements disposed in a position between a thermally switched conductive element and a heat source , wherein the at least one supplemental layer is configured to deform in response to a secondary threshold temperature different than the threshold temperature.
A spacer frame assembly for bending into a multi-sided window or door spacer frame, the assembly comprising: a substantially linear channel having first and second ends, the substantially linear channel including, when the spacer frame is in the assembled position, at least three sides and corresponding corners between each of said sides ; a connecting structure located at one of said first and second ends and an opposite frame end located at the other of said one of first and second ends , wherein said connecting structure and opposite frame end comprise a peripheral wall spacing transversely first and second lateral walls to form a u-shaped channel, the opposite frame end having an inner channel for telescopically receiving a nose of said connecting structure ; and a stop extending from said connecting structure for locating the opposite frame end when in the assembled position of the spacer frame; wherein the spacer frame, in the assembled position, comprises a lateral connection spaced from said corresponding corners and along one of said at least three sides , the lateral connection forming a union point by said stop between said opposite frame end and said connecting structure . a substantially linear channel having first and second ends, the substantially linear channel including, when the spacer frame is in the assembled position, at least three sides and corresponding corners between each of said sides ; a connecting structure located at one of said first and second ends and an opposite frame end located at the other of said one of first and second ends , wherein said connecting structure and opposite frame end comprise a peripheral wall spacing transversely first and second lateral walls to form a u-shaped channel, the opposite frame end having an inner channel for telescopically receiving a nose of said connecting structure ; and a stop extending from said connecting structure for locating the opposite frame end when in the assembled position of the spacer frame; wherein the spacer frame, in the assembled position, comprises a lateral connection spaced from said corresponding corners and along one of said at least three sides , the lateral connection forming a union point by said stop between said opposite frame end and said connecting structure .
A solar module, the solar module comprising: at least one first solar cell and at least one second solar cell , each including: a top side and bottom side, and a bus bar , wherein the first solar cell overlaps a region of the second solar cell to electrically connect to the second solar cell and to form a shingled arrangement, wherein the at least one first solar cell and at least one second solar cell each includes a plurality of wires , disposed on the top side, extending from and electrically connected to the bus bar , characterized in that in the second solar cell , the plurality of wires connect to the bus bar outside of the region in which the first solar cell overlaps the second solar cell . at least one first solar cell and at least one second solar cell , each including: a top side and bottom side, and a bus bar , a top side and bottom side, and a bus bar , wherein the first solar cell overlaps a region of the second solar cell to electrically connect to the second solar cell and to form a shingled arrangement, wherein the at least one first solar cell and at least one second solar cell each includes a plurality of wires , disposed on the top side, extending from and electrically connected to the bus bar , characterized in that in the second solar cell , the plurality of wires connect to the bus bar outside of the region in which the first solar cell overlaps the second solar cell .
A magnetic tunnel junction (MTJ) based sensor device , the device comprising: a MTJ element comprising a free layer , a pinned layer , and a tunnel barrier , the tunnel barrier being arranged between the free layer and the pinned layer, wherein the free layer is adapted to flex towards or away from the tunnel barrier during acceleration causing a corresponding change in resistance of the MTJ element; and processing circuitry configured to: measure the resistance at the MTJ element; and determine acceleration based on the resistance at the MTJ element. a MTJ element comprising a free layer , a pinned layer , and a tunnel barrier , the tunnel barrier being arranged between the free layer and the pinned layer, wherein the free layer is adapted to flex towards or away from the tunnel barrier during acceleration causing a corresponding change in resistance of the MTJ element; and processing circuitry configured to: measure the resistance at the MTJ element; and determine acceleration based on the resistance at the MTJ element. measure the resistance at the MTJ element; and determine acceleration based on the resistance at the MTJ element.
A nut for joining elements of a structure , said nut comprising: - a collar capable of contacting a front face of the structure; - a clamping area with an external diameter that can be inserted into a hole in the structure; - a deformation zone adjacent to the clamping zone and capable of forming a bulge against a rear face of the structure, opposite the front face; and - a tapped portion adjacent to the deformation zone; the nut comprising a groove on an outer circumference of at least part of the deformation zone, and in that a maximum diameter of said groove is less than or equal to the outer diameter of the clamping zone , the grooving extending around the entire outer circumference of a cross-section of the nut in the form of ridges , the nut being characterised in that a radial pitch between two consecutive ridges is less than or equal to 0.25 mm. - a collar capable of contacting a front face of the structure; - a clamping area with an external diameter that can be inserted into a hole in the structure; - a deformation zone adjacent to the clamping zone and capable of forming a bulge against a rear face of the structure, opposite the front face; and - a tapped portion adjacent to the deformation zone; the nut comprising a groove on an outer circumference of at least part of the deformation zone, and in that a maximum diameter of said groove is less than or equal to the outer diameter of the clamping zone , the grooving extending around the entire outer circumference of a cross-section of the nut in the form of ridges , the nut being characterised in that a radial pitch between two consecutive ridges is less than or equal to 0.25 mm.
An injection molding mold for manufacturing a two-color molded body , the injection molding mold comprising a fixed mold and a movable mold that are separated at a parting surface, the fixed mold and the movable mold being respectively provided on a primary side on which primary molding with a first resin is performed and on a secondary side on which secondary molding with a second resin is performed, wherein after the movable mold on the primary side separated at the parting surface is caused to face the fixed mold on the secondary side and the movable mold on the secondary side is caused to face the fixed mold on the primary side, clamping is performed and the second resin is injected so as to cover a partial surface of a primary molded body formed of the first resin, the injection molding mold being characterised by further comprising the following configurations: the fixed mold and the movable mold each including slide cores configured to open and close along the parting surface, each of the slide cores being provided with, in a mating surface in a clamped state, a recess configured to form a cavity extending in a direction orthogonal to the parting surface; and a portion configured to inject the second resin being provided in the recess in the slide core of the fixed mold. the fixed mold and the movable mold each including slide cores configured to open and close along the parting surface, each of the slide cores being provided with, in a mating surface in a clamped state, a recess configured to form a cavity extending in a direction orthogonal to the parting surface; and a portion configured to inject the second resin being provided in the recess in the slide core of the fixed mold.
A flow control valve comprising: a housing comprising a tubular wall surrounding an interior passage , and a flow control section in which the tubular wall comprises a conical inner wall surface ; a protrusion formed on an exterior surface of the tubular wall at the flow control section ; and a sealing member disposed in the housing and configured to be selectively moved to a sealing position in which the sealing member engages the conical inner wall surface to restrict flow of a fluid through the interior passage ; and a recess disposed on the conical inner wall surface and configured to allow the fluid to flow past the sealing member through the recess when the sealing member is in the sealing position, wherein the recess and the protrusion are radially aligned on the tubular wall . a housing comprising a tubular wall surrounding an interior passage , and a flow control section in which the tubular wall comprises a conical inner wall surface ; a protrusion formed on an exterior surface of the tubular wall at the flow control section ; and a tubular wall surrounding an interior passage , and a flow control section in which the tubular wall comprises a conical inner wall surface ; a protrusion formed on an exterior surface of the tubular wall at the flow control section ; and a sealing member disposed in the housing and configured to be selectively moved to a sealing position in which the sealing member engages the conical inner wall surface to restrict flow of a fluid through the interior passage ; and a recess disposed on the conical inner wall surface and configured to allow the fluid to flow past the sealing member through the recess when the sealing member is in the sealing position, wherein the recess and the protrusion are radially aligned on the tubular wall .
A display apparatus comprising: a display unit which comprises a first panel and a second panel disposed adjacent to an outer area of the first panel; and a first panel driver configured to drive the first panel; a second panel driver configured to drive the second panel; and a controller configured to: based on an image and the first panel having a same aspect ratio, control the first panel driver to display the image in full on the first panel, and based on the image and the first panel having different aspect ratios, control the first panel driver to display a part of the image on the first panel and control the second panel driver to display the remainder of the image on the second panel wherein the sum of the aspect ratios of the part of the image on the first panel and the remainder of the image on the second panel corresponds to the aspect ratio of the image. a display unit which comprises a first panel and a second panel disposed adjacent to an outer area of the first panel; and a first panel driver configured to drive the first panel; a second panel driver configured to drive the second panel; and a controller configured to: based on an image and the first panel having a same aspect ratio, control the first panel driver to display the image in full on the first panel, and based on the image and the first panel having different aspect ratios, control the first panel driver to display a part of the image on the first panel and control the second panel driver to display the remainder of the image on the second panel wherein the sum of the aspect ratios of the part of the image on the first panel and the remainder of the image on the second panel corresponds to the aspect ratio of the image. based on an image and the first panel having a same aspect ratio, control the first panel driver to display the image in full on the first panel, and based on the image and the first panel having different aspect ratios, control the first panel driver to display a part of the image on the first panel and control the second panel driver to display the remainder of the image on the second panel