mhurhangee/ep-ind-claims huggingface dataset:
Electronic flush-mounted device for building installation technology, having a flush-mounted insert, a carrying ring and an operator control element as main components, wherein a printed circuit board assembly, having at least one heat-developing component, and a metal cooling plate for dissipating the lost heat from the housing interior to the exterior of the housing are provided in the interior of the housing of the flush-mounted insert, • which metal cooling plate is bent in the form of a rectangle and in this way forms four main faces parallel to the housing walls, • which metal cooling plate has, on at least one main face, at least one spring clamping tab for making thermally conductive contact with at least one heat-developing component, • and which metal cooling plate has, on at least one main face, spring tabs for making thermally conductive contact with the carrying ring, and which metal cooling plate has, on at least two main faces, heat discharge outer faces which are routed from the housing interior to the outside of the housing via housing openings. • which metal cooling plate is bent in the form of a rectangle and in this way forms four main faces parallel to the housing walls, • which metal cooling plate has, on at least one main face, at least one spring clamping tab for making thermally conductive contact with at least one heat-developing component, • and which metal cooling plate has, on at least one main face, spring tabs for making thermally conductive contact with the carrying ring, and which metal cooling plate has, on at least two main faces, heat discharge outer faces which are routed from the housing interior to the outside of the housing via housing openings.
An apparatus for heat transfer comprising: a device; and a mechanism for transferring heat to or from the device, the mechanism comprising a heat transfer fluid that comprises a compound represented by the following general formula: wherein (i) Rf 1 and Rf 2 are independently linear or branched perfluoroalkyl groups having with 1-8 carbon atoms and optionally comprise at least one catenated heteroatom, or (ii) Rf 1 and Rf 2 are bonded together to form a ring structure having 4-6 carbon atoms and optionally comprise one or more catenated heteroatoms; with the proviso that if Rf 1 and Rf 2 are bonded together to form a ring structure comprising a nitrogen heteroatom, said nitrogen heteroatom is tertiary and is bonded to a perfluoroalkyl group having 1-3 carbon atoms. a device; and a mechanism for transferring heat to or from the device, the mechanism comprising a heat transfer fluid that comprises a compound represented by the following general formula: wherein (i) Rf 1 and Rf 2 are independently linear or branched perfluoroalkyl groups having with 1-8 carbon atoms and optionally comprise at least one catenated heteroatom, or (ii) Rf 1 and Rf 2 are bonded together to form a ring structure having 4-6 carbon atoms and optionally comprise one or more catenated heteroatoms; with the proviso that if Rf 1 and Rf 2 are bonded together to form a ring structure comprising a nitrogen heteroatom, said nitrogen heteroatom is tertiary and is bonded to a perfluoroalkyl group having 1-3 carbon atoms.
A tarpaulin suspension device having a base plate on which at least one connection device for a tarpaulin and at least two support rollers are disposed, which rollers can be displaced along a longitudinal carrier of a cover frame for a tarpaulin structure, wherein the base plate comprises at least one guide roller perpendicular to the support rollers, characterized in that the guide roller is mounted on a narrow side forming an edge of the base plate.
Method of routing a data item in a supercomputer topology comprising a plurality of switches (a-f) and a plurality of nodes, this data item originating from a first node and being destined for a second node, this method comprising the following steps: - pre-recording in each of the switches of the said topology, of a list of switches which are directly interfaced with one or more nodes; - reception of the data item by a first switch via an input port; - determination of the destination of the said data item by the first switch; when the first switch is directly interfaced with the second node via a determined output port - selection and then routing of the data item by the said determined output port; or else - identification of the switch to which the second node is directly interfaced, by comparison between the destination of the data item and the prerecorded list of switches; - routing of the data item to the identified switch via an output port of the first switch, so that the data item can be conveyed to the said identified switch, the selection of the output port to the identified switch being carried out by a step of comparison between the identified switch and a routing table of the first switch, each entry of this table comprising - an information item making it possible to identify a switch interfaced with at least one node; - a set of aggregated information items describing at least one route through a determined port destined for the said switch interfaced with at least one node. - pre-recording in each of the switches of the said topology, of a list of switches which are directly interfaced with one or more nodes; - reception of the data item by a first switch via an input port; - determination of the destination of the said data item by the first switch; - selection and then routing of the data item by the said determined output port; or else - identification of the switch to which the second node is directly interfaced, by comparison between the destination of the data item and the prerecorded list of switches; - routing of the data item to the identified switch via an output port of the first switch, so that the data item can be conveyed to the said identified switch, the selection of the output port to the identified switch being carried out by a step of comparison between the identified switch and a routing table of the first switch, each entry of this table comprising - an information item making it possible to identify a switch interfaced with at least one node; - a set of aggregated information items describing at least one route through a determined port destined for the said switch interfaced with at least one node. - an information item making it possible to identify a switch interfaced with at least one node; - a set of aggregated information items describing at least one route through a determined port destined for the said switch interfaced with at least one node.
A method of nucleic acid sequencing comprising: (a) providing a polymerase tethered to a solid support charge sensor, wherein the charge sensor is functionalized with capture oligonucleotides; (b) providing one or more labeled nucleotides which comprises an oligonucleotide label which hybridizes to one or more of the capture oligonucleotides, whereby the presence of the label can be detected by the charge sensor when the label is in proximity to the charge sensor; and (c) detecting incorporation of the labeled nucleotide into a nascent strand complementary to a template nucleic acid using the charge sensor. (a) providing a polymerase tethered to a solid support charge sensor, wherein the charge sensor is functionalized with capture oligonucleotides; (b) providing one or more labeled nucleotides which comprises an oligonucleotide label which hybridizes to one or more of the capture oligonucleotides, whereby the presence of the label can be detected by the charge sensor when the label is in proximity to the charge sensor; and (c) detecting incorporation of the labeled nucleotide into a nascent strand complementary to a template nucleic acid using the charge sensor.
A wavelength tunable optical comb source comprising: a) a Fabry-Pérot semiconductor laser having a lasing cavity; b) an RF source providing a RF signal for gain switching of the Fabry-Pérot semiconductor laser with a DC bias source configured to provide a DC bias current to the Fabry-Pérot semiconductor laser; c) a tunable single mode laser, wherein the comb source is configured that the output from the single mode laser is injected into the lasing cavity of the Fabry-Pérot semiconductor laser and where the output of the comb source is provided by the Fabry-Pérot semiconductor laser. a) a Fabry-Pérot semiconductor laser having a lasing cavity; b) an RF source providing a RF signal for gain switching of the Fabry-Pérot semiconductor laser with a DC bias source configured to provide a DC bias current to the Fabry-Pérot semiconductor laser; c) a tunable single mode laser, wherein the comb source is configured that the output from the single mode laser is injected into the lasing cavity of the Fabry-Pérot semiconductor laser and where the output of the comb source is provided by the Fabry-Pérot semiconductor laser.
A textile comprising: a knit or woven construction formed using at least one space-treated yarn; characterized in that: prior to forming the textile, the yarn has been space-treated with functional finishes so as to have at least a first yarn segment having a durable water-repellent, DWR, finish applied thereto and at least a second yarn segment contiguous with the first yarn segment along the length of the yarn, wherein the second yarn segment has a hydrophilic finish applied thereto.
A method for manufacturing a fibre-reinforced wind turbine blade including monitoring and controlling that a plurality of layers of material comprising fibre for the manufacturing of said wind turbine blade are located correctly in a mould for said part and/or correctly relative to each other in said mould, wherein the layers are provided to the mould from a roll, and wherein, after having provided each layer of fibre material with at least one marking and while locating the layers of fibre material on top of each other or next to each other or with overlapping edges in the mould, the method comprises determining the position in the mould of each marking on each layer of fibre material and/or the positions of the markings on different layers of fibre material relative to each other, comparing the determined position in the mould of each marking on each layer of fibre material and/or the positions of the markings on said different layers of fibre material relative to each other with predetermined reference positions for said markings for the part to be manufactured, and performing correction of the position of that or those layers of fibre material for which the determined positions for the markings thereon and the predetermined reference positions for said markings do not correspond with each other, characterized in that the markings are provided as one or more broken or solid lines on the layers of fibre material adjacent one of or both the longitudinal edges of each layer of material.
A scatterometry overlay measurement method comprising: illuminating a stationary diffractive target by a stationary illumination source, measuring a signal composed of a sum of a zeroth order diffraction signal and a first order diffraction signal, repeating the measuring for a plurality of phase relations between the zeroth and the first order diffraction signals, while maintaining the diffractive target and the illumination source stationary, and deriving the first order diffraction signal from the measured sums. illuminating a stationary diffractive target by a stationary illumination source, measuring a signal composed of a sum of a zeroth order diffraction signal and a first order diffraction signal, repeating the measuring for a plurality of phase relations between the zeroth and the first order diffraction signals, while maintaining the diffractive target and the illumination source stationary, and deriving the first order diffraction signal from the measured sums.
A method of hot forming an aluminum alloy component, the method comprising: heating the aluminum alloy component that comprises 7xxx alloy in a heating furnace to a solutionizing temperature that is in a range of 400°C to 600°C and occurs in a range of 10 seconds to 15 minutes; cooling the aluminum alloy component to a desired forming temperature in a range of 380°C to 470°C; deforming the aluminum alloy component into a desired shape in a forming device while the aluminum alloy component is at the desired forming temperature; and quenching the aluminum alloy component to a low temperature below a solvus temperature, wherein the low temperature is in a range of 0°C to 280°C, and wherein the quenching comprises die quenching with water flowing internally through a die such that the aluminum alloy component is cooled at a rate between 50°C/second and 500°C/second, characterized in that it further comprises transferring the aluminum alloy component from the heating furnace to the forming device through an insulated enclosure. heating the aluminum alloy component that comprises 7xxx alloy in a heating furnace to a solutionizing temperature that is in a range of 400°C to 600°C and occurs in a range of 10 seconds to 15 minutes; cooling the aluminum alloy component to a desired forming temperature in a range of 380°C to 470°C; deforming the aluminum alloy component into a desired shape in a forming device while the aluminum alloy component is at the desired forming temperature; and quenching the aluminum alloy component to a low temperature below a solvus temperature, wherein the low temperature is in a range of 0°C to 280°C, and wherein the quenching comprises die quenching with water flowing internally through a die such that the aluminum alloy component is cooled at a rate between 50°C/second and 500°C/second, characterized in that it further comprises transferring the aluminum alloy component from the heating furnace to the forming device through an insulated enclosure.
An engine comprising: fuel delivery means; fuel injection means operatively connected to the fuel delivery means so as to inject fuel, the fuel injection means being engaged in an injection hole disposed in a central portion of a roof (16, 17) of a cylinder head so as to be located between openings of an intake air port and an exhaust air port; and ignition means engaged in an ignition hole disposed in the central portion of the roof (16, 17) between the openings of the intake air port and the exhaust air port; characterized in that the injection hole and the ignition hole are aligned along an axis generally parallel to a rotational axis of a crankshaft of the engine and offset relative thereto towards the exhaust air port. fuel delivery means; fuel injection means operatively connected to the fuel delivery means so as to inject fuel, the fuel injection means being engaged in an injection hole disposed in a central portion of a roof (16, 17) of a cylinder head so as to be located between openings of an intake air port and an exhaust air port; and ignition means engaged in an ignition hole disposed in the central portion of the roof (16, 17) between the openings of the intake air port and the exhaust air port; characterized in that the injection hole and the ignition hole are aligned along an axis generally parallel to a rotational axis of a crankshaft of the engine and offset relative thereto towards the exhaust air port.
A composite profile for a window or a door, at least comprising - A plastic basic profile and - an inner add-on metal profile, wherein - the inner add-on metal profile and the plastic basic profile each comprise means (11, 12, 15, 16), which together form a latching function, so that the inner add-on metal profiles and the plastic basic profile are connectable to one another through the latching function, - the inner add-on metal profile is an extruded profile, - and the inner add-on metal profile comprises, in the installation position, an outer surface which is oriented at least approximately vertically, - the inner add-on metal profile comprises a hook, which in the installation position together with a means of the plastic basic profile forms a latching function, - the hook, on the side facing away from the means of the plastic basic profile, has a hook surface oriented at least approximately perpendicularly to the outer surface oriented vertically, - and in the latched state between the inner add-on metal profile and the plastic basic profile on the side of the hook facing away from the means of the plastic basic profile, a gap is located, wherein this gap serves for fastening attachment parts, - characterized in that the plastic basic profile comprises an overhang, which in the latched state runs at least approximately parallel to the hook surface and partially overlaps the same in the horizontal direction. - A plastic basic profile and - an inner add-on metal profile, wherein - the inner add-on metal profile and the plastic basic profile each comprise means (11, 12, 15, 16), which together form a latching function, so that the inner add-on metal profiles and the plastic basic profile are connectable to one another through the latching function, - the inner add-on metal profile is an extruded profile, - and the inner add-on metal profile comprises, in the installation position, an outer surface which is oriented at least approximately vertically, - the inner add-on metal profile comprises a hook, which in the installation position together with a means of the plastic basic profile forms a latching function, - the hook, on the side facing away from the means of the plastic basic profile, has a hook surface oriented at least approximately perpendicularly to the outer surface oriented vertically, - and in the latched state between the inner add-on metal profile and the plastic basic profile on the side of the hook facing away from the means of the plastic basic profile, a gap is located, wherein this gap serves for fastening attachment parts, - characterized in that
A tray-less multi-compartment package of individually sealed compartments comprising i) two outermost films, ii) at least two products in stack, iii) at least one internal film interposed between the at least two products in stack, iv) a peripheral circumferential continuous seal which seals the films in stack together and delimits at least two sealed compartments in stack, each compartment enclosing at least a product of said at least two products in stack, characterized in that the films comprise a crystallizable polymer and the crystallizable polymer is at least partially crystallized in correspondence of the sealing area thus providing a peripheral circumferential continuous rigid frame. i) two outermost films, ii) at least two products in stack, iii) at least one internal film interposed between the at least two products in stack, iv) a peripheral circumferential continuous seal which seals the films in stack together and delimits at least two sealed compartments in stack, each compartment enclosing at least a product of said at least two products in stack,
A permanent magnet type reluctance electric motor comprising: a stator including a stator iron core and having armature coils placed inside slots; and a rotor provided with a plurality of magnetic barriers formed by cavities and placed on an inner side of the stator in such a manner that sections where a magnetic flux can easily pass (d-axis) and sections where a magnetic flux cannot easily pass (q-axis) are alternately formed, and made of a rotor iron core having permanent magnets in cavities, characterized in that: the permanent magnets are arranged such that the distance between a cavity situated in the q-axis direction and a permanent magnet increases from a side of a circumference of the stator towards a center of the stator. a stator including a stator iron core and having armature coils placed inside slots; and a rotor provided with a plurality of magnetic barriers formed by cavities and placed on an inner side of the stator in such a manner that sections where a magnetic flux can easily pass (d-axis) and sections where a magnetic flux cannot easily pass (q-axis) are alternately formed, and made of a rotor iron core having permanent magnets in cavities, characterized in that: the permanent magnets are arranged such that the distance between a cavity situated in the q-axis direction and a permanent magnet increases from a side of a circumference of the stator towards a center of the stator.
A manufacturing apparatus for an article of footwear, comprising: first and second pairs of clamps (202, 204, 206, 208) that secure in place a sole of the article of footwear, the first pair of clamps (202, 204) cooperating to secure a ball region of the sole and the second pair of clamps (206, 208) cooperating to secure a heel region of the sole; characterised in that the apparatus further comprises: first and second perimeter deforming implements (214, 216) that, when initiated, apply pressure to a bottom surface of the secured sole causing a lateral rim and a medial rim of a perimeter of a top surface of the secured sole to open outwardly from a central longitudinal axis of the sole.
A coating material for aluminum substrate for inkjet computer-to-plate, based on total weight of the coating material, consisting of: polymer 5-40wt% nano-size and/or micron-size oxide particle 5-30wt% organic solvent balance the polymer is at least one selected from the group consisting of novolac resin, epoxy resin, polyurethane, polyester, and urea-formaldehyde resin the oxide is at least one selected from the group consisting of zinc oxide, alumina, titania, silica, cadmium oxide, ceria and zirconium oxide, the organic solvent is at least one selected from the group consisting of ester, acetone, butanone, methanol, ethanol, 1-propanol, 2-propanol, 2-butanol, 2-methyl-2-propanol, alkane, toluene, ethylene glycol monoethyl ether, ethylene glycol methyl ether, propylene glycol methyl ether, diethyl ether, N-methyl pyrrolidone and tetrahydrofuran.
Shear web for a rotor blade of a wind turbine, having a shear web body inside which there is arranged a shear web core, and having a shear web root inside which there is arranged a form part, wherein the form part widens from an end face facing the shear web core to a bearing face, wherein the shear web core and the form part are clad in one or more layers consisting of a fibre material, characterized in that the fibre material extends from a first side face of the shear web core over a first flank of the form part and the bearing face of the form part.
A method for preparing a bulk bimetallic Group VIII/Group VIB catalyst precursor, which method comprises: i) mixing at least one Group VIII metal reagent, at least one Group VIB metal reagent, and an organic complexing agent in the form of an organic acid for an effective amount of time so that no solids are present; ii) heating the mixture at a pressure less than 1 atmosphere under effective conditions to dry the mixture; and iii) calcining the heated mixture to form catalyst precursor, wherein mixing step (i) and heating step (ii) are performed in a plow mixer or in a conical vacuum dryer. i) mixing at least one Group VIII metal reagent, at least one Group VIB metal reagent, and an organic complexing agent in the form of an organic acid for an effective amount of time so that no solids are present; ii) heating the mixture at a pressure less than 1 atmosphere under effective conditions to dry the mixture; and iii) calcining the heated mixture to form catalyst precursor,