mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a deformable substrate ; a curved support structure configured to support at least a portion of a resistive sensor wherein the resistive sensor comprises a first electrode , a second electrode and a resistive sensor material provided between the electrodes ; at least one support configured to space the curved support structure from the deformable substrate ; wherein the resistive sensor is positioned on the curved support structure ; characterised in that the at least one support comprises a beam which extends along a portion of a planar surface of the deformable substrate ; and in that the curved support structure comprises an elongate member , wherein the elongate member is configured so that the curved support structure is distributed on either side of the beam . a deformable substrate ; a curved support structure configured to support at least a portion of a resistive sensor wherein the resistive sensor comprises a first electrode , a second electrode and a resistive sensor material provided between the electrodes ; at least one support configured to space the curved support structure from the deformable substrate ; wherein the resistive sensor is positioned on the curved support structure ; characterised in that the at least one support comprises a beam which extends along a portion of a planar surface of the deformable substrate ; and in that the curved support structure comprises an elongate member , wherein the elongate member is configured so that the curved support structure is distributed on either side of the beam .
A magnesium halide solution, wherein the magnesium halide solution comprises a magnesium halide, an oxygen-containing organic titanium compound, a hydroxyl-containing compound, and an organic solvent; wherein the magnesium halide solution further comprises an organic heterocyclic compound; and wherein the organic solvent is a hydrocarbon and/or a halogenated hydrocarbon, wherein the magnesium halide solution does not contain an organic phosphorus compound, especially a phosphate ester compound; wherein the organic heterocyclic compound is at least one selected from a group consisting of a sulphur-containing organic heterocyclic compound and a nitrogen-containing organic heterocyclic compound; wherein the sulphur-containing organic heterocyclic compound is at least one selected from a group consisting of thiophene, thiazole, isothiazole, and a sulphur-containing heterocyclic compound that is in parallel connection with a benzene ring to form a condensed ring, and wherein the nitrogen-containing organic heterocyclic compound is at least one selected from a group consisting of a 3 to 8-membered ring nitrogen-containing heterocyclic compound and a nitrogen-containing heterocyclic compound that is in parallel connection with a benzene ring to form a condensed ring. wherein the magnesium halide solution comprises a magnesium halide, an oxygen-containing organic titanium compound, a hydroxyl-containing compound, and an organic solvent; wherein the magnesium halide solution further comprises an organic heterocyclic compound; and wherein the organic solvent is a hydrocarbon and/or a halogenated hydrocarbon, wherein the magnesium halide solution does not contain an organic phosphorus compound, especially a phosphate ester compound; wherein the organic heterocyclic compound is at least one selected from a group consisting of a sulphur-containing organic heterocyclic compound and a nitrogen-containing organic heterocyclic compound; wherein the sulphur-containing organic heterocyclic compound is at least one selected from a group consisting of thiophene, thiazole, isothiazole, and a sulphur-containing heterocyclic compound that is in parallel connection with a benzene ring to form a condensed ring, and wherein the nitrogen-containing organic heterocyclic compound is at least one selected from a group consisting of a 3 to 8-membered ring nitrogen-containing heterocyclic compound and a nitrogen-containing heterocyclic compound that is in parallel connection with a benzene ring to form a condensed ring.
A coupling bushing for a semiautomatic fluid coupling, wherein the coupling bushing has a coupling body , wherein the coupling bushing is designed to enter into a detachable latched connection with a coupling plug that can be inserted into the coupling bushing , wherein the coupling bushing comprises a plug fuse , wherein the plug fuse has a retainer and an indicator , wherein a retaining section of the retainer is designed to lock a coupling plug in the coupling body , wherein the plug fuse is arranged in a plug section of the coupling body , wherein the plug section has a central axis (M), wherein, as viewed from the side, the plug fuse can be introduced into the coupling body in a radial direction, wherein the coupling bushing is designed in such a way that the plug fuse can assume a radially extended and a radially retracted position relative to the coupling body , wherein the coupling bushing is designed in such a way that the coupling plug is secured by the retainer in the coupling body in an axial direction with the plug fuse in the retracted position, wherein the indicator has two legs and a back , wherein a floor of the coupling body is allocated to the ends of the legs facing away from the back , wherein the indicator is designed, when introducing the coupling plug , to react to a direct or indirect contact with the coupling plug , so that a deflection of the indicator automatically transfers the plug fuse from the extended position into the retracted position, characterized in that the coupling bushing is designed in such a way as to deflect the legs in an axial direction during an introductory motion of the coupling plug , wherein the coupling bushing is designed in such a way that floor ends of the legs maintain their distance from each other during the deflection by the coupling plug . wherein the plug fuse is arranged in a plug section of the coupling body , wherein the plug section has a central axis (M), wherein, as viewed from the side, the plug fuse can be introduced into the coupling body in a radial direction, wherein the coupling bushing is designed in such a way that the plug fuse can assume a radially extended and a radially retracted position relative to the coupling body , wherein the coupling bushing is designed in such a way that the coupling plug is secured by the retainer in the coupling body in an axial direction with the plug fuse in the retracted position, wherein the indicator has two legs and a back , wherein a floor of the coupling body is allocated to the ends of the legs facing away from the back , wherein the indicator is designed, when introducing the coupling plug , to react to a direct or indirect contact with the coupling plug , so that a deflection of the indicator automatically transfers the plug fuse from the extended position into the retracted position, characterized in that the coupling bushing is designed in such a way as to deflect the legs in an axial direction during an introductory motion of the coupling plug , wherein the coupling bushing is designed in such a way that floor ends of the legs maintain their distance from each other during the deflection by the coupling plug .
A gear train for an aircraft engine , the gear train comprising: a sun gear ; a plurality of planet gear assemblies , each planet gear assembly having a main gear meshed with the sun gear , a fore lateral gear and an aft lateral gear disposed on opposite sides of the main gear and rotating therewith, each of the plurality of planet gear assemblies being rotatably mounted on a journal bearing for rotation about an axis (A'), wherein a gap (G) is defined between a portion of each journal bearing and the respective planet gear assembly ; a planet carrier rotatably supporting the planet gear assemblies ; a fore ring gear meshed with the fore lateral gears , and an aft ring gear meshed with the aft lateral gears ; and a lubrication system (S) hydraulically connected to the gaps (G), - wherein the planet carrier includes shafts secured to the planet carrier , the journal bearings mounted on the shafts, the shafts defining shaft conduits of the lubrication system (S), the shaft conduits having shaft conduit outlets hydraulically connected to the gaps (G), - wherein the journal bearings define journal conduits extending from inner faces of the journal bearings to outer faces thereof, the journal conduits having journal conduit inlets connected to the shaft conduit outlets and journal conduit outlets opening to the gaps (G),- wherein the journal conduit inlets comprise annular spaces to which the shaft conduit outlets open. a sun gear ; a plurality of planet gear assemblies , each planet gear assembly having a main gear meshed with the sun gear , a fore lateral gear and an aft lateral gear disposed on opposite sides of the main gear and rotating therewith, each of the plurality of planet gear assemblies being rotatably mounted on a journal bearing for rotation about an axis (A'), wherein a gap (G) is defined between a portion of each journal bearing and the respective planet gear assembly ; a planet carrier rotatably supporting the planet gear assemblies ; a fore ring gear meshed with the fore lateral gears , and an aft ring gear meshed with the aft lateral gears ; and a lubrication system (S) hydraulically connected to the gaps (G), - wherein the planet carrier includes shafts secured to the planet carrier , the journal bearings mounted on the shafts, the shafts defining shaft conduits of the lubrication system (S), the shaft conduits having shaft conduit outlets hydraulically connected to the gaps (G), - wherein the journal bearings define journal conduits extending from inner faces of the journal bearings to outer faces thereof, the journal conduits having journal conduit inlets connected to the shaft conduit outlets and journal conduit outlets opening to the gaps (G),- wherein the journal conduit inlets comprise annular spaces to which the shaft conduit outlets open.
A flexible wax composition, comprising: 20 wt% to 45 wt% monoacylglycerides, 28 wt% to 40 wt% diacylglycerides, and 10 wt% to 45 wt% acylglyceride polymers, wherein the acylglyceride polymers are compounds containing one or more dimerized fatty acid residue and a plurality of glycerol moieties. 20 wt% to 45 wt% monoacylglycerides, 28 wt% to 40 wt% diacylglycerides, and 10 wt% to 45 wt% acylglyceride polymers, wherein the acylglyceride polymers are compounds containing one or more dimerized fatty acid residue and a plurality of glycerol moieties.
- A unit configured to form a tube for producing sealed packages starting from a sheet of packaging material having opening devices pre-applied thereon, the unit comprising at least one guiding assembly configured to interact with the sheet of packaging material to fold it gradually into a tube shape; the guiding assembly comprising a plurality of folding rollers delimiting a passage for the sheet of packaging material and each having a lateral wall configured to cooperate in contact with the sheet of packaging material to control the folding thereof; wherein said folding rollers comprise at least one folding roller having at least one recess on the lateral wall thereof, the recess defining a slot configured to be engaged by said opening devices characterized in that said at least one folding roller has a plurality of said slots on the lateral wall thereof, so as to define an alternation of solids and voids on said lateral wall . the guiding assembly comprising a plurality of folding rollers delimiting a passage for the sheet of packaging material and each having a lateral wall configured to cooperate in contact with the sheet of packaging material to control the folding thereof; wherein said folding rollers comprise at least one folding roller having at least one recess on the lateral wall thereof, the recess defining a slot configured to be engaged by said opening devices characterized in that said at least one folding roller has a plurality of said slots on the lateral wall thereof, so as to define an alternation of solids and voids on said lateral wall .
A coated cutting tool comprising a substrate and a coating, wherein the coating comprises an α-Al 2 O 3 -multilayer consisting of alternating sublayers of α- Al 2 O 3 and sublayers of TiCO, TiCNO, AITiCO or AlTiCNO, said α-Al 2 O 3 -multilayer comprises at least 5 sublayers of α- Al 2 O 3 , wherein the total thickness of said α-Al 2 O 3 -multilayer is 1-15 μm and wherein a period in the α-Al 2 O 3 -multilayer is 50-900 nm, the coated cutting tool further comprising a first α- Al 2 O 3 -layer located between the substrate and the α-Al 2 O 3 -multilayer, in direct contact with the α-Al 2 O 3 -multilayer, wherein the thickness of said α- Al 2 O 3 -layer is < 1 μm , characterized in that the α-Al 2 O 3 - multilayer exhibits an XRD diffraction over a θ-2θ scan of 20°-140°, wherein the relation of the intensity of the 0 0 12 diffraction peak (peak area), I(0 0 12), to the intensities of the 1 1 3 diffraction peak (peak area), I(1 1 3), the 116 diffraction peak (peak area), I(1 1 6), and the 0 2 4 diffraction peak (peak area), I(0 2 4), is I(0 0 12)/I(1 1 3) > 1, I(0 0 12)/I(1 1 6) > 1 and I(00 12)/I(0 2 4) > 1. an α-Al 2 O 3 -multilayer consisting of alternating sublayers of α- Al 2 O 3 and sublayers of TiCO, TiCNO, AITiCO or AlTiCNO, said α-Al 2 O 3 -multilayer comprises at least 5 sublayers of α- Al 2 O 3 , wherein the total thickness of said α-Al 2 O 3 -multilayer is 1-15 μm and wherein a period in the α-Al 2 O 3 -multilayer is 50-900 nm, the coated cutting tool further comprising a first α- Al 2 O 3 -layer located between the substrate and the α-Al 2 O 3 -multilayer, in direct contact with the α-Al 2 O 3 -multilayer, wherein the thickness of said α- Al 2 O 3 -layer is < 1 μm , characterized in that the α-Al 2 O 3 - multilayer exhibits an XRD diffraction over a θ-2θ scan of 20°-140°, wherein the relation of the intensity of the 0 0 12 diffraction peak (peak area), I(0 0 12), to the intensities of the 1 1 3 diffraction peak (peak area), I(1 1 3), the 116 diffraction peak (peak area), I(1 1 6), and the 0 2 4 diffraction peak (peak area), I(0 2 4), is I(0 0 12)/I(1 1 3) > 1, I(0 0 12)/I(1 1 6) > 1 and I(00 12)/I(0 2 4) > 1.
Electrical connector configured to be mated to a mating connector , the electrical connector comprising a housing assembly and a core assembly , the core assembly comprising: - a contact assembly with a contact configured to electrically contact a mating contact of the mating connector , - a finger protection assembly configured to at least partially cover the contact assembly , and - a cable retention assembly configured to be attached onto an electrical cable , wherein the core assembly is held rotatably within the housing assembly , wherein the cable retention assembly comprises a cable fixation sleeve configured to radially abut against a cable insulation of the electrical cable and a shield support sleeve , configured to support a shield of the electrical cable , characterised in that the cable retention assembly further comprises a sealing device arranged between the cable fixation sleeve and the shield support sleeve . - a contact assembly with a contact configured to electrically contact a mating contact of the mating connector , - a finger protection assembly configured to at least partially cover the contact assembly , and - a cable retention assembly configured to be attached onto an electrical cable , wherein the core assembly is held rotatably within the housing assembly , wherein the cable retention assembly comprises a cable fixation sleeve configured to radially abut against a cable insulation of the electrical cable and a shield support sleeve , configured to support a shield of the electrical cable , characterised in that the cable retention assembly further comprises a sealing device arranged between the cable fixation sleeve and the shield support sleeve .
A drilling unit for drilling a hole, wherein the drilling unit comprising a drilling head , wherein said drilling head further comprising pulling means for pulling a casing into the hole; a pilot bit for drilling a center hole; a ring bit assembly for reaming the center hole for the casing , the ring bit assembly being connected to the casing by the pulling means , and the ring bit assembly comprising a carrier comprising carrier coupling means , and a plurality of ring bit segments movably attached to said carrier coupling means ; and connecting means connecting the ring bit assembly to the pilot bit , the connecting means comprising the carrier coupling means , the carrier coupling means comprising a plurality of carrier holes and carrier ribs , and the ring bit segment comprising a segment impact shoulder and a segment reamer shoulder , wherein said segment impact shoulders are attached into the carrier holes , and wherein said segment reamer shoulders and the segment impact shoulders are arranged to attach the ring bit segments to said carrier ribs from the inside of the carrier when said ring bit segments are in the extended position, wherein the pilot bit being connected to the ring bit assembly by the ring bit segments . pulling means for pulling a casing into the hole; a pilot bit for drilling a center hole; a ring bit assembly for reaming the center hole for the casing , the ring bit assembly being connected to the casing by the pulling means , and the ring bit assembly comprising a carrier comprising carrier coupling means , and a plurality of ring bit segments movably attached to said carrier coupling means ; and connecting means connecting the ring bit assembly to the pilot bit , the connecting means comprising the carrier coupling means , the carrier coupling means comprising a plurality of carrier holes and carrier ribs , and the ring bit segment comprising a segment impact shoulder and a segment reamer shoulder , wherein said segment impact shoulders are attached into the carrier holes , and wherein said segment reamer shoulders and the segment impact shoulders are arranged to attach the ring bit segments to said carrier ribs from the inside of the carrier when said ring bit segments are in the extended position, wherein the pilot bit being connected to the ring bit assembly by the ring bit segments .
A method for detecting an analyte in a sample using electromagnetic radiation comprising: (i) providing a labelled reagent, the labelled reagent having a binding site which is capable of binding the analyte or an analogue of the analyte and a label, wherein the label is capable of absorbing the electromagnetic radiation to generate energy by non-radiative decay; (ii) providing a device having a radiation source adapted to generate a series of pulses of electromagnetic radiation, a transducer having a pyroelectric or piezoelectric element and electrodes, which is capable of transducing energy generated by non-radiative decay into an electrical signal, a detector which is capable of detecting the electrical signal, a controller for controlling the source of electromagnetic radiation and the detector, wherein the device has a first and second chamber, the first chamber containing a first reagent proximal to the transducer, wherein the first reagent is capable of binding to the analyte such that the binding of the labelled reagent to the first reagent via the analyte is directly proportional to the concentration of the analyte, and the second chamber containing a second reagent proximal to the transducer, wherein the second reagent mimics the analyte such that the binding of the labelled reagent to the second reagent is inversely proportional to the concentration of the analyte; (iii) exposing the sample to the transducer; (iv) irradiating the sample with electromagnetic radiation and detecting the electrical signal, wherein the first and second reagents act as dynamic controls for each other. (i) providing a labelled reagent, the labelled reagent having a binding site which is capable of binding the analyte or an analogue of the analyte and a label, wherein the label is capable of absorbing the electromagnetic radiation to generate energy by non-radiative decay; (ii) providing a device having a radiation source adapted to generate a series of pulses of electromagnetic radiation, a transducer having a pyroelectric or piezoelectric element and electrodes, which is capable of transducing energy generated by non-radiative decay into an electrical signal, a detector which is capable of detecting the electrical signal, a controller for controlling the source of electromagnetic radiation and the detector, wherein the device has a first and second chamber, the first chamber containing a first reagent proximal to the transducer, wherein the first reagent is capable of binding to the analyte such that the binding of the labelled reagent to the first reagent via the analyte is directly proportional to the concentration of the analyte, and the second chamber containing a second reagent proximal to the transducer, wherein the second reagent mimics the analyte such that the binding of the labelled reagent to the second reagent is inversely proportional to the concentration of the analyte; (iii) exposing the sample to the transducer; (iv) irradiating the sample with electromagnetic radiation and detecting the electrical signal, wherein the first and second reagents act as dynamic controls for each other.
A method of illuminating a lighting element disposed in an array of lighting elements, the lighting element being disposed at a lighting fixture , the lighting fixture having at least one sensor configured to sense color, the lighting element , a controller , wherein: sensing a color lighting status of at least one neighboring lighting element with the at least one sensor configured to sense color; the controller determines, independently of any lighting element other than the at least one neighbouring lighting element, a lighting status for the lighting element with a cellular automaton by applying the sensed color lighting status of the at least one neighboring lighting element to a predetermined rule, the rule mapping the sensed color lighting status of the at least one neighboring lighting element to the lighting status that is to be made to the lighting element ; and wherein the controller applies the lighting status to the lighting element to adjust an illumination of the lighting element. sensing a color lighting status of at least one neighboring lighting element with the at least one sensor configured to sense color; the controller determines, independently of any lighting element other than the at least one neighbouring lighting element, a lighting status for the lighting element with a cellular automaton by applying the sensed color lighting status of the at least one neighboring lighting element to a predetermined rule, the rule mapping the sensed color lighting status of the at least one neighboring lighting element to the lighting status that is to be made to the lighting element ; and wherein the controller applies the lighting status to the lighting element to adjust an illumination of the lighting element.