mhurhangee/patent-ind-claim-en huggingface dataset:
A fitting assembly comprising: a conduit (C) having an end portion with a circumferential groove (G) formed in an outer surface of the conduit end portion; and a push to connect fitting comprising: a first fitting component having an outboard end receiving the conduit end portion; a second fitting component joined to the first fitting component to define an interior cavity; a sealing arrangement disposed in the interior cavity and sealing one of the first and second fitting components with an outer surface of a conduit end portion; and a conduit retaining arrangement disposed in the interior cavity, the conduit retaining arrangement including a gripping portion received in the circumferential groove, and a colleting portion engaging an interior tapered surface of the second fitting component and the outer surface of the conduit end outboard of the circumferential groove, at least when the conduit is subjected to one of a pulling force and a fluid pressure force; wherein at least one of the gripping portion and the colleting portion is defined by a split ring. a conduit (C) having an end portion with a circumferential groove (G) formed in an outer surface of the conduit end portion; and a push to connect fitting comprising: a first fitting component having an outboard end receiving the conduit end portion; a second fitting component joined to the first fitting component to define an interior cavity; a sealing arrangement disposed in the interior cavity and sealing one of the first and second fitting components with an outer surface of a conduit end portion; and a conduit retaining arrangement disposed in the interior cavity, the conduit retaining arrangement including a gripping portion received in the circumferential groove, and a colleting portion engaging an interior tapered surface of the second fitting component and the outer surface of the conduit end outboard of the circumferential groove, at least when the conduit is subjected to one of a pulling force and a fluid pressure force; a first fitting component having an outboard end receiving the conduit end portion; a second fitting component joined to the first fitting component to define an interior cavity; a sealing arrangement disposed in the interior cavity and sealing one of the first and second fitting components with an outer surface of a conduit end portion; and a conduit retaining arrangement disposed in the interior cavity, the conduit retaining arrangement including a gripping portion received in the circumferential groove, and a colleting portion engaging an interior tapered surface of the second fitting component and the outer surface of the conduit end outboard of the circumferential groove, at least when the conduit is subjected to one of a pulling force and a fluid pressure force; wherein at least one of the gripping portion and the colleting portion is defined by a split ring.
Diving equipment, comprising a compressed air cylinder which is connected to a breathing apparatus, and an inflatable vest by means of which buoyancy can be balanced by it being possible to connect the vest , in normal operation, to the compressed air cylinder for inflating or to an outlet for letting out air, a monitoring device being provided which can be activated by means of a control valve depending on a surrounding water pressure and which has a time monitoring unit which, after a defined time has elapsed and in the event of the absence of breathing activity in the breathing apparatus, can transfer into an emergency operation and can actuate an emergency valve by means of a control line , which valve thereby connects the vest to the compressed air cylinder and thus forces the vest to inflate, an inflation valve and an outlet valve being provided, the inflation valve connecting the vest to the compressed air cylinder when manually activated and the outlet valve connecting the vest to an outlet when manually actuated, and at least one regulating valve being provided, by means of the relevant activation of which the monitoring device and/or the control valve can be influenced during a dive, characterized in that the relevant activation of the at least one regulating valve is coupled, at least from a defined degree, to an activation of the inflation valve and/or to an activation of the outlet valve .
A glass article comprising: a glass core layer, wherein the core layer comprises from 45 mol % to 80 mol % SiO 2 , from 5 mol % to 25 mol % Al 2 O 3 , and from 9 mol % to 16 mol % Na 2 O; and a glass cladding layer adjacent to the core layer, wherein the cladding layer comprises from 65 mol % to 80 mol % SiO 2 , from 1 mol % to 11 mol % Al 2 O 3 , from 1 mol % to 11 mol % Na 2 O, and from 0.1 mol % to 10 mol % CaO; wherein the cladding layer comprises a first cladding layer adjacent to a first major surface of the core layer and a second cladding layer adjacent to a second major surface of the core layer opposite the first major surface; and wherein an average coefficient of thermal expansion (CTE) of the core layer is greater than an average CTE of the cladding layer, and an effective 10 9.9 P temperature of the glass article is at most 750°C; wherein the effective 10 9.9 P temperature of the glass article is the thickness weighted average 10 9.9 P temperature of the glass article as calculated by the formula: T 9.9 P , eff = t core T 9.9 P , core + 2 t clad T 9.9 P , clad t core + 2 t clad ; wherein the core layer comprises a thickness t core , and each of cladding layer comprises a thickness t clad , the first glass composition comprises a 10 9.9 P temperature T 9.9P,core , and the second glass composition comprises a 10 9.9 P temperature T 9.9P,clad . a glass core layer, wherein the core layer comprises from 45 mol % to 80 mol % SiO 2 , from 5 mol % to 25 mol % Al 2 O 3 , and from 9 mol % to 16 mol % Na 2 O; and a glass cladding layer adjacent to the core layer, wherein the cladding layer comprises from 65 mol % to 80 mol % SiO 2 , from 1 mol % to 11 mol % Al 2 O 3 , from 1 mol % to 11 mol % Na 2 O, and from 0.1 mol % to 10 mol % CaO; wherein the cladding layer comprises a first cladding layer adjacent to a first major surface of the core layer and a second cladding layer adjacent to a second major surface of the core layer opposite the first major surface; and
A compressed composition for use in electrophoretic analysis comprising a blend of polymer matrix particles comprising agarose and a buffer made from electrophoretic conductive medium particles, wherein the blend has a uniform particle size, a lyophilized fluorescent DNA-binding dye and a cryoprotectant.
An expandable fusion device comprising: a first endplate ; a second endplate ; a first joist and a second joist connected to the first endplate ; a third joist and a fourth joist connected to the second endplate ; a translation member in engagement with the first joist , second joist , third joist , and fourth joist , the translation member including an anterior translation bar and a posterior translation bar , the anterior translation bar connecting an anterior translation component and an anterior back ramp , and the posterior translation bar connecting a posterior translation component and a posterior back ramp ; a first actuation member in engagement with the posterior translation component of the translation member , wherein the first actuation member is configured to move the first joist and the third joist such that the first endplate and the second endplate move in a direction away from the translation member on a first side of the expandable fusion device; and a second actuation member in engagement with the anterior translation component of the translation member , wherein the second actuation member is configured to move the second joist and the fourth joist such that the first endplate and the second endplate move in a direction away from the translation member on a second side of the expandable fusion device . a first endplate ; a second endplate ; a first joist and a second joist connected to the first endplate ; a third joist and a fourth joist connected to the second endplate ; a translation member in engagement with the first joist , second joist , third joist , and fourth joist , the translation member including an anterior translation bar and a posterior translation bar , the anterior translation bar connecting an anterior translation component and an anterior back ramp , and the posterior translation bar connecting a posterior translation component and a posterior back ramp ; a first actuation member in engagement with the posterior translation component of the translation member , wherein the first actuation member is configured to move the first joist and the third joist such that the first endplate and the second endplate move in a direction away from the translation member on a first side of the expandable fusion device; and a second actuation member in engagement with the anterior translation component of the translation member , wherein the second actuation member is configured to move the second joist and the fourth joist such that the first endplate and the second endplate move in a direction away from the translation member on a second side of the expandable fusion device .
An analysis set for an analysis apparatus, comprising: - a carrier intended to be inserted in the analysis apparatus, the carrier being adapted to receive at least one first container of a first type, the carrier comprising: a storage housing intended to receive a plurality of stationary containers of a second type each provided with a neck equipped with a closing device , and position holding means arranged to cooperate with the necks of the stationary containers when the stationary containers are received in the storage housing , - a stirring device adapted to be mounted on the carrier and intended to cooperate with a driving unit of an analysis apparatus, the stirring device being arranged to rotatably drive at least the first container of the first type when said first container is received on the carrier and when the stirring device cooperates with the driving unit of the analysis apparatus, characterized in that the carrier is adapted to receive at least a second container of the first type, in that the stirring device comprises coupling means arranged to rotatably couple at least the first and second containers of the first type when said first and second containers are received on the carrier , the coupling means being shaped to rotatably drive at least the second container when the first container is rotatably driven, and in that the stirring device comprises at least a first and a second receiving members movably mounted in rotation on the carrier and respectively delimiting two receiving housing shaped to house, in use, respectively the first and second containers , each of the first and second receiving members including on its outer surface a coupling toothing , the coupling toothings of the first and second receiving members forming at least in part the coupling means, the coupling means further including at least one coupling member movably mounted in rotation on the carrier and arranged to rotatably couple the coupling toothings of the first and second receiving members . - a carrier intended to be inserted in the analysis apparatus, the carrier being adapted to receive at least one first container of a first type, the carrier comprising: a storage housing intended to receive a plurality of stationary containers of a second type each provided with a neck equipped with a closing device , and position holding means arranged to cooperate with the necks of the stationary containers when the stationary containers are received in the storage housing , a storage housing intended to receive a plurality of stationary containers of a second type each provided with a neck equipped with a closing device , and position holding means arranged to cooperate with the necks of the stationary containers when the stationary containers are received in the storage housing , - a stirring device adapted to be mounted on the carrier and intended to cooperate with a driving unit of an analysis apparatus, the stirring device being arranged to rotatably drive at least the first container of the first type when said first container is received on the carrier and when the stirring device cooperates with the driving unit of the analysis apparatus,
An ion exchange resin for producing bisphenol comprising aromatic polymer having a sulfonic acid group modified with at least one promoter selected from compounds shown in the structure (I), (III), (IV) or its amine salt : wherein R represents hydrocarbon unit having 1 to 6 carbon atoms selected from alkyl group, alkenyl group, alkynyl group, phenyl group, or optionally hydrocarbon containing carbonyl group having 1 to 6 carbon atoms; X represents heteroatom; n is an integer number from 1 to 4. R represents hydrocarbon unit having 1 to 6 carbon atoms selected from alkyl group, alkenyl group, alkynyl group, phenyl group, or optionally hydrocarbon containing carbonyl group having 1 to 6 carbon atoms; X represents heteroatom; n is an integer number from 1 to 4.
A wireless integrated circuit, IC, device comprising: an insulating sheet that includes a plurality of stacked layers (12a-12d); a plurality of coil electrodes (14a-14d) that form an antenna coil, L, by being provided so as to sandwich the insulating sheet (12a-12d) therebetween and be connected to one another; wherein the plurality of coil electrodes (14a-14d) are superposed with one another and thereby form a single ring when viewed in plan from a direction extending substantially perpendicular to a direction in which a main surface of the insulating sheet extends, characterized in that a minimum value of a distance, D1, between an outer edge of the ring and outer edges of the insulating sheet is larger than a distance, D2, in the direction extending substantially perpendicular to the direction in which the main surface of the insulating sheet extends between the plurality of coil electrodes (14a-14d). an insulating sheet that includes a plurality of stacked layers (12a-12d); a plurality of coil electrodes (14a-14d) that form an antenna coil, L, by being provided so as to sandwich the insulating sheet (12a-12d) therebetween and be connected to one another; wherein the plurality of coil electrodes (14a-14d) are superposed with one another and thereby form a single ring when viewed in plan from a direction extending substantially perpendicular to a direction in which a main surface of the insulating sheet extends, characterized in that a minimum value of a distance, D1, between an outer edge of the ring and outer edges of the insulating sheet is larger than a distance, D2, in the direction extending substantially perpendicular to the direction in which the main surface of the insulating sheet extends between the plurality of coil electrodes (14a-14d).
Operating device for a shift by wire assembly in an automobile comprising a touch sensitive display for selecting an operation mode (R, N, D, B) of an automatic and/or automatized transmission of the automobile, wherein the touch sensitive display is configured to detect a touch gesture of an operator (V) corresponding to the selection of the operation mode (R, N, D, B) in a selection operating state (OP2) of the touch sensitive display, wherein in a preselection operating state (OP1) of the touch sensitive display, the touch sensitive display is configured to detect a touch gesture of an operator (V) for initializing the selection operating state, characterized in that the touch sensitive display is configured to display an image of a shift pattern comprising at least one selection path corresponding to a touch gesture for selecting an operation mode (P, R, N, D) of the automobile when initializing the selection operating state (S2), and in that the touch sensitive display is configured to display the shift pattern such that a start position (S) of the at least one selection path is displayed at a location on the surface of the display at which a detected pressure (C) is detected.
Cosmetic article (10A; 10B; 10C; 10D), intended to be applied on a body area of a user, comprising a decorative layer and an adhesive layer ; the decorative layer having through openings and being formed of a textile material; the adhesive layer being formed by a biocompatible adhesive, the adhesive layer being applied on one side of the decorative layer and having through openings , at least some of the through openings of the adhesive layer respectively facing the through openings of the decorative layer ; the decorative layer comprising a number of through openings per dm 2 between 500 and 10000, and having an opening rate between 20% and 95%. the decorative layer having through openings and being formed of a textile material; the adhesive layer being formed by a biocompatible adhesive, the adhesive layer being applied on one side of the decorative layer and having through openings , at least some of the through openings of the adhesive layer respectively facing the through openings of the decorative layer ; the decorative layer comprising a number of through openings per dm 2 between 500 and 10000, and having an opening rate between 20% and 95%.
A method for simultaneously integrating a plurality of (n) exogenous nucleic acids into a plurality of (n) target sites of a host cell genome, wherein n is at least two and wherein the host cell is a fungal cell, the method comprising: (a) simultaneously contacting a host cell with: (i) said plurality of exogenous nucleic acids, wherein: x is an integer that varies from 1 to n, and for each integer x, each exogenous nucleic acid (ES) x comprises a first homology region (HR1) x and a second homology region (HR2) x , wherein (HR1) x and (HR2) x are capable of initiating host cell mediated homologous recombination of (ES) x at a target site (TS) x selected from said plurality of (n) target sites of said host cell genome; and (ii) for each said target site (TS) x , a nuclease (N) x capable of cleaving at (TS) x , whereupon said cleaving results in homologous recombination of (ES) x at (TS) x ; and (b) recovering a host cell wherein each exogenous nucleic acid (ES) x has integrated at its selected target site (TS) x , wherein each exogenous nucleic acid (ES) x does not comprise nucleic acid encoding a selectable marker and said recovering does not require integration of a selectable marker. (a) simultaneously contacting a host cell with: (i) said plurality of exogenous nucleic acids, wherein: x is an integer that varies from 1 to n, and for each integer x, each exogenous nucleic acid (ES) x comprises a first homology region (HR1) x and a second homology region (HR2) x , wherein (HR1) x and (HR2) x are capable of initiating host cell mediated homologous recombination of (ES) x at a target site (TS) x selected from said plurality of (n) target sites of said host cell genome; and (ii) for each said target site (TS) x , a nuclease (N) x capable of cleaving at (TS) x , whereupon said cleaving results in homologous recombination of (ES) x at (TS) x ; and (i) said plurality of exogenous nucleic acids, wherein: x is an integer that varies from 1 to n, and for each integer x, each exogenous nucleic acid (ES) x comprises a first homology region (HR1) x and a second homology region (HR2) x , wherein (HR1) x and (HR2) x are capable of initiating host cell mediated homologous recombination of (ES) x at a target site (TS) x selected from said plurality of (n) target sites of said host cell genome; and (ii) for each said target site (TS) x , a nuclease (N) x capable of cleaving at (TS) x , whereupon said cleaving results in homologous recombination of (ES) x at (TS) x ; (b) recovering a host cell wherein each exogenous nucleic acid (ES) x has integrated at its selected target site (TS) x ,
A display device, comprising: a substrate , comprising a display area (AA) and a non-display area (PA) adjacent to the display area (AA); a plurality of transistors (T), disposed on the display area (AA) of the substrate ; a plurality of display units , disposed on the display area (AA) of the substrate and electrically connected to the plurality of transistors (T), wherein the plurality of display units are light emitting diodes; a plurality of alignment marks (AM1/AM2), disposed on the substrate ; and a plurality of sub-pixel units (U1/U1') arranged in an array within the display area (AA), wherein each pixel comprises a transistor (T) from the plurality of transistors, the transistor comprising a gate electrode and a source/drain electrode (114/116) and a display unit from the plurality of display units and wherein the display device is characterized in that each of the plurality of sub-pixel units (U1) has a pair of alignment marks (AM1) of the plurality of alignment marks (AM1) located at two different positions on the sub-pixel unit (U1) which are positioned along an extending direction of a diagonal line of the sub-pixel unit (U1), and the plurality of alignment marks (AM1/AM2) and the gate electrode are formed in the same layer and comprise the same material; or the plurality of alignment marks (AM1/AM2) and the source/drain electrode (114/116) are formed in the same layer and comprise the same material. a substrate , comprising a display area (AA) and a non-display area (PA) adjacent to the display area (AA); a plurality of transistors (T), disposed on the display area (AA) of the substrate ; a plurality of display units , disposed on the display area (AA) of the substrate and electrically connected to the plurality of transistors (T), wherein the plurality of display units are light emitting diodes; a plurality of alignment marks (AM1/AM2), disposed on the substrate ; and a plurality of sub-pixel units (U1/U1') arranged in an array within the display area (AA), wherein each pixel comprises a transistor (T) from the plurality of transistors, the transistor comprising a gate electrode and a source/drain electrode (114/116) and a display unit from the plurality of display units and wherein the display device is characterized in that each of the plurality of sub-pixel units (U1) has a pair of alignment marks (AM1) of the plurality of alignment marks (AM1) located at two different positions on the sub-pixel unit (U1) which are positioned along an extending direction of a diagonal line of the sub-pixel unit (U1), and the plurality of alignment marks (AM1/AM2) and the gate electrode are formed in the same layer and comprise the same material; or the plurality of alignment marks (AM1/AM2) and the source/drain electrode (114/116) are formed in the same layer and comprise the same material.
A induction cooking plate, intended for covering or receiving induction heating elements, said plate being a glass plate with a lithium aluminosilicate-type composition, said plate having a surface zone at least 5 μm thick that comprises potassium ions in replacement of the lithium ions of the glass.