mhurhangee/patent-ind-claim-en huggingface dataset:
An epoxy resin composition comprising at least components [A] to [D] shown below: [A]: an epoxy resin having a xylene group; [B]: a glycidyl amine epoxy resin having three or more glycidyl groups in a molecule; [C]: a thermoplastic resin; and [D]: an aromatic polyamine, the epoxy resin composition comprising 10 to 80 parts by mass of the component [A] and 90 to 20 parts by mass of the component [B] based on 100 parts by mass in total of epoxy resins, and also 1 to 25 parts by mass of the component [C] based on 100 parts by mass in total of epoxy resins, a mixing ratio [A]/[B] between the component [A] and the component [B] being 0.25 to 2.3, the component [A] having an epoxy equivalent of 200 to 350 g/eq. [A]: an epoxy resin having a xylene group; [B]: a glycidyl amine epoxy resin having three or more glycidyl groups in a molecule; [C]: a thermoplastic resin; and [D]: an aromatic polyamine, the epoxy resin composition comprising 10 to 80 parts by mass of the component [A] and 90 to 20 parts by mass of the component [B] based on 100 parts by mass in total of epoxy resins, and also 1 to 25 parts by mass of the component [C] based on 100 parts by mass in total of epoxy resins, a mixing ratio [A]/[B] between the component [A] and the component [B] being 0.25 to 2.3, the component [A] having an epoxy equivalent of 200 to 350 g/eq. the epoxy resin composition comprising 10 to 80 parts by mass of the component [A] and 90 to 20 parts by mass of the component [B] based on 100 parts by mass in total of epoxy resins, and also 1 to 25 parts by mass of the component [C] based on 100 parts by mass in total of epoxy resins, a mixing ratio [A]/[B] between the component [A] and the component [B] being 0.25 to 2.3, the component [A] having an epoxy equivalent of 200 to 350 g/eq.
An apparatus for outputting an audio signal, the apparatus comprising: a channel processor configured to generate two or more channel signals from audio data; a signal processor configured to render the generated two or more channel signals; and a directional speaker (30-1, 30-2) configured to reproduce a rendered channel signal, among the rendered two or more channel signals, as audible sound, characterized in that the signal processor comprises: a frequency converter configured to generate channel signals of a frequency domain by converting the generated two or more channel signals through frequency conversion; and a re-panner configured to change, by as much as a preset adjustment value for a channel gain, the channel gain of at least one channel signal of the generated channel signals of the frequency domain, and wherein the adjustment value varies to allow auditory image positions of sounds output from the directional speaker based on the generated channel signals to be uniform as a frequency of the generated channel signals of the frequency domain increases. a channel processor configured to generate two or more channel signals from audio data; a signal processor configured to render the generated two or more channel signals; and a directional speaker (30-1, 30-2) configured to reproduce a rendered channel signal, among the rendered two or more channel signals, as audible sound, characterized in that the signal processor comprises: a frequency converter configured to generate channel signals of a frequency domain by converting the generated two or more channel signals through frequency conversion; and a re-panner configured to change, by as much as a preset adjustment value for a channel gain, the channel gain of at least one channel signal of the generated channel signals of the frequency domain, and a frequency converter configured to generate channel signals of a frequency domain by converting the generated two or more channel signals through frequency conversion; and a re-panner configured to change, by as much as a preset adjustment value for a channel gain, the channel gain of at least one channel signal of the generated channel signals of the frequency domain, and wherein the adjustment value varies to allow auditory image positions of sounds output from the directional speaker based on the generated channel signals to be uniform as a frequency of the generated channel signals of the frequency domain increases.
A light emitting diode, LED, filament arrangement , comprising at least one LED filament comprising an array of a plurality of light emitting diodes , LEDs, arranged for emitting light during operation and at least one light distribution element comprising a solid, at least partially translucent material and a hole at least partially enclosing the at least one LED filament, wherein the at least one light distribution element has a conical shape having an apex and a base that are connected by the sides , said one light distribution element is configured to at least partially refract the light and emit said light via the sides , and at least partially reflect the light by total internal reflection and emit said light via the base . at least one LED filament comprising an array of a plurality of light emitting diodes , LEDs, arranged for emitting light during operation and at least one light distribution element comprising a solid, at least partially translucent material and a hole at least partially enclosing the at least one LED filament, wherein the at least one light distribution element has a conical shape having an apex and a base that are connected by the sides , said one light distribution element is configured to at least partially refract the light and emit said light via the sides , and at least partially reflect the light by total internal reflection and emit said light via the base .
A system for monitoring food waste, including: a floor-based weight mechanism configured for weighing a waste receptacle, wherein the waste receptacle is configured for receiving food waste from a plurality of consecutive disposal events before emptying the waste receptacle; a processor configured for measuring the difference in weight of the waste receptacle between consecutive disposal events of the plurality of consecutive disposal events, calculating the weight for each of the disposal events of the plurality of disposal events based upon the measured differences, and capturing the calculated weight for each disposal event; a user interface configured to receive, for each of the calculated weights, at least one indication categorising the food waste in a disposal event by a user; and a processor configured for cleaning the captured calculated weights to detect and correct erroneous weights. a floor-based weight mechanism configured for weighing a waste receptacle, wherein the waste receptacle is configured for receiving food waste from a plurality of consecutive disposal events before emptying the waste receptacle; a processor configured for measuring the difference in weight of the waste receptacle between consecutive disposal events of the plurality of consecutive disposal events, calculating the weight for each of the disposal events of the plurality of disposal events based upon the measured differences, and capturing the calculated weight for each disposal event; a user interface configured to receive, for each of the calculated weights, at least one indication categorising the food waste in a disposal event by a user; and a processor configured for cleaning the captured calculated weights to detect and correct erroneous weights.
A semiconductor device comprising: a first nitride semiconductor layer (CH) formed over a substrate; a second nitride semiconductor layer (BA) formed over the first nitride semiconductor layer (CH), and wider in band gap than the first nitride semiconductor layer; a trench penetrating through the second nitride semiconductor layer (BA), and reaching the first nitride semiconductor layer (CH) at the bottom surface thereof; a first insulation film (IF1) formed over the second nitride semiconductor layer (BA) to surround the trench; a gate insulation film (GI) formed in the trench and extending from the trench to over the first insulation film (IF1); a gate electrode (GE) formed in the trench on the gate insulation film (GI), and extending from the trench to over the first insulation film (IF1) via the gate insulation film (GI); and a first electrode (SE) and a second electrode (DE) formed over the second nitride semiconductor layer (BA) on the opposite sides of the gate electrode (GE), respectively, wherein the first insulation film (IF) has a first silicon nitride film (IF1a) in contact with the second nitride semiconductor layer (BA), and a second silicon nitride film (IF1b) formed over the first silicon nitride film (IF1a), wherein the second silicon nitride film (IF1b) is larger in composition ratio of silicon (Si) than the first silicon nitride film (IF1a), and wherein the gate electrode (GE) is provided at least over the second silicon nitride film (IF1b). a first nitride semiconductor layer (CH) formed over a substrate; a second nitride semiconductor layer (BA) formed over the first nitride semiconductor layer (CH), and wider in band gap than the first nitride semiconductor layer; a trench penetrating through the second nitride semiconductor layer (BA), and reaching the first nitride semiconductor layer (CH) at the bottom surface thereof; a first insulation film (IF1) formed over the second nitride semiconductor layer (BA) to surround the trench; a gate insulation film (GI) formed in the trench and extending from the trench to over the first insulation film (IF1); a gate electrode (GE) formed in the trench on the gate insulation film (GI), and extending from the trench to over the first insulation film (IF1) via the gate insulation film (GI); and a first electrode (SE) and a second electrode (DE) formed over the second nitride semiconductor layer (BA) on the opposite sides of the gate electrode (GE), respectively, wherein the first insulation film (IF) has a first silicon nitride film (IF1a) in contact with the second nitride semiconductor layer (BA), and a second silicon nitride film (IF1b) formed over the first silicon nitride film (IF1a), wherein the second silicon nitride film (IF1b) is larger in composition ratio of silicon (Si) than the first silicon nitride film (IF1a), and wherein the gate electrode (GE) is provided at least over the second silicon nitride film (IF1b).
A system , comprising: one or more support stent delivery catheters ; one or more prosthetic valve delivery catheters at least partially positioned in the interior of the one or more support stent delivery catheters ; an expandable support stent releasably coupled to the one or more support stent delivery catheters ; and an expandable prosthetic valve releasably coupled to the one or more prosthetic valve delivery catheters ; the expandable support stent having an annular body that defines one or more peaks and one or more valleys along its circumference, the expandable support stent being radially compressible into a compressed state and self-expandable into an uncompressed state, the expandable support stent being sized such that it can be positioned within the aorta of a patient at a location adjacent to the aortic valve and thereby circumscribe the aortic valve, the expandable support stent further comprising a plurality of covers , each cover at least partially enclosing a valley of the expandable support stent , the one or more covers comprising a biocompatible material. one or more support stent delivery catheters ; one or more prosthetic valve delivery catheters at least partially positioned in the interior of the one or more support stent delivery catheters ; an expandable support stent releasably coupled to the one or more support stent delivery catheters ; and an expandable prosthetic valve releasably coupled to the one or more prosthetic valve delivery catheters ; the expandable support stent having an annular body that defines one or more peaks and one or more valleys along its circumference, the expandable support stent being radially compressible into a compressed state and self-expandable into an uncompressed state, the expandable support stent being sized such that it can be positioned within the aorta of a patient at a location adjacent to the aortic valve and thereby circumscribe the aortic valve, the expandable support stent further comprising a plurality of covers , each cover at least partially enclosing a valley of the expandable support stent , the one or more covers comprising a biocompatible material.
A stretch fabric with excellent snap back performance, wherein the stretch fabric is a warp knitted fabric formed by hard yarns and elastic yarns, wherein the included angle α between a sinker loop of the elastic yarn and the knitting direction of a needle loop is 0-10°, and the included angle β between the sinker loop of the hard yarn and the knitting direction of the needle loop is 5-85°, when measured by the method of the description; and wherein the elastic yarn is a polyurethane fiber and the polyurethane fiber is the reaction product of polyether diol having a side chain and a diisocyanate compound with two or more diamine compounds, wherein the molar ratio of ethylenediamine contained in the diamine compound to a branched aliphatic diamine compound having 3 to 5 carbon atoms is 98: 2 to 82: 18.
Pad device comprising at least one pad unit that is provided in order to be placed at least in part between a setting-down counter and a heated cooking vessel in at least one heating operating mode, and comprising an electronic unit which is provided in order to supply at least one function in at least one operating mode, characterised in that the electronic unit has at least one positioning unit , which is provided in order to detect at least one position of the pad unit on the setting-down counter ,
Method for producing a set of characteristic curves of a fluid pump of a pressure-dependent fluid conveying system for an operating range of the fluid pump , the fluid conveying system comprising: - a current-controlled electric motor which is controlled by a motor control unit by way of an actuating current and drives the fluid pump ; comprising the steps: - setting of the actuating current to a predefined value; - changing of a throughflow volume of the fluid conveying system after the actuating current is set; - recording of a dataset which describes a pressure in the fluid conveying system in a manner which is dependent on the change of the throughflow volume; - repeating of the steps of setting, changing and recording for a predefined number of repetitions and predefined various actuating currents; and - producing of a set of characteristic curves from the recorded dataset. - a current-controlled electric motor which is controlled by a motor control unit by way of an actuating current and drives the fluid pump ; - setting of the actuating current to a predefined value; - changing of a throughflow volume of the fluid conveying system after the actuating current is set; - recording of a dataset which describes a pressure in the fluid conveying system in a manner which is dependent on the change of the throughflow volume; - repeating of the steps of setting, changing and recording for a predefined number of repetitions and predefined various actuating currents; and - producing of a set of characteristic curves from the recorded dataset.
A closing dressing bolster for use with a system for treating a linear wound on a patient, the closing bolster comprising: a bolster body formed from a flexible closing bolster material; characterised by the bolster body comprising: a first closing member formed on a first lateral side , a second closing member formed on a second lateral side , the first and second closing members having oblique walls that angle up toward a wicking-material holder , the wicking-material holder being coupled to the bolster body ; a wicking material associated with the wicking material holder , the wicking material having a fluid flow pathway for removing fluids; and wherein the first closing member and second closing member are operable, when reduced pressure is delivered to the wicking-material holder , to move closer together to provide a closing force. a bolster body formed from a flexible closing bolster material; characterised by the bolster body comprising: a first closing member formed on a first lateral side , a second closing member formed on a second lateral side , the first and second closing members having oblique walls that angle up toward a wicking-material holder , the wicking-material holder being coupled to the bolster body ; a wicking material associated with the wicking material holder , the wicking material having a fluid flow pathway for removing fluids; and wherein the first closing member and second closing member are operable, when reduced pressure is delivered to the wicking-material holder , to move closer together to provide a closing force. a first closing member formed on a first lateral side , a second closing member formed on a second lateral side , the first and second closing members having oblique walls that angle up toward a wicking-material holder , the wicking-material holder being coupled to the bolster body ; a wicking material associated with the wicking material holder , the wicking material having a fluid flow pathway for removing fluids; and wherein the first closing member and second closing member are operable, when reduced pressure is delivered to the wicking-material holder , to move closer together to provide a closing force.
A gas turbine engine comprising: a fan , a first compressor stage and a second compressor stage ; a first turbine stage and a second turbine stage , said first turbine stage driving said second compressor stage as a high spool, said second turbine stage driving said first compressor stage as part of a low spool, and said high spool operating at higher pressures than said low spool; a gear train driving said fan with said low spool, and such that said fan and said first compressor stage rotate in the same direction, said gear train having planetary gears , a sun gear , a stationary ring gear , a carrier in which said planetary gears are mounted, said carrier mounted for rotation about said sun gear and driving said fan via a carrier shaft that is supported by tapered bearings that are tensioned by a spring ; and a lubricating system, wherein the lubricating system includes a first spray bar mounted to the carrier in between each planetary gear and providing lubrication to the planetary gears and the ring gear ; and characterized by a second spray bar attached to said first spray bar and extending forward to provide lubrication to the carrier shaft . a fan , a first compressor stage and a second compressor stage ; a first turbine stage and a second turbine stage , said first turbine stage driving said second compressor stage as a high spool, said second turbine stage driving said first compressor stage as part of a low spool, and said high spool operating at higher pressures than said low spool; a gear train driving said fan with said low spool, and such that said fan and said first compressor stage rotate in the same direction, said gear train having planetary gears , a sun gear , a stationary ring gear , a carrier in which said planetary gears are mounted, said carrier mounted for rotation about said sun gear and driving said fan via a carrier shaft that is supported by tapered bearings that are tensioned by a spring ; and a lubricating system, wherein the lubricating system includes a first spray bar mounted to the carrier in between each planetary gear and providing lubrication to the planetary gears and the ring gear ; and characterized by a second spray bar attached to said first spray bar and extending forward to provide lubrication to the carrier shaft .
Method for machining a workpiece with laser radiation for the purpose of laser ablation of a material, wherein at least one laser beam is provided, wherein the laser beam is influenced by means of at least one variable beam shaping device , wherein the laser beam is then incident on at least one machining surface of the workpiece , wherein at least one specified settable beam profile is imprinted onto the laser beam at the site of the machining surface by means of the beam shaping device , and wherein the method is performed such that at least two different patterns of illuminated and unilluminated regions are generated successively on the machining surface , characterized in that the laser radiation consists of laser pulses having pulse durations of at most 100 picoseconds and in that , in the case of a change between two different patterns, a fluence in the illuminated regions of the different patterns remains identical and is chosen such that a melt-free removal of the material takes place.
Microcircuit card comprising a global contact area , the global contact area comprising at least individual contact surfaces C1 to C3, C5 to C7 connected to this microcircuit in a card body , the card body having a format at least equal to the 2FF format, in the card body there is formed a pre-cut in the 4FF format surrounding the global contact area and a pre-cut in the 3FF format surrounding the pre-cut in the 4FF format, these pre-cuts being such that the individual contact surfaces C1 to C3, C5 to C7 have, relative to each of the pre-cuts, positions and dimensions such that they encompass the theoretical contact zones defined by the standards ETSI 102221 version V11.0.0 and IS07816 defining these 4FF, 3FF and 2FF formats, the individual contact surfaces C1 to C3, C5 to C7 defining two parallel columns situated in proximity to two edges of this area, the top edge of the pre-cut in the 3FF format, defined by the longitudinal edge of the pre-cut furthest away from the corner of this pre-cut comprising a foolproof feature-forming sloping edge, being situated at a distance at least equal to 400 micrometres from the top edge of the pre-cut in the 4FF format and at a distance of at most 550 micrometres from the top edge of the pre-cut in the 4FF format, the individual contact surfaces C1 and C5 being, within these columns, symmetrical to the individual contact surfaces C3 and C7 relative to a median line (x-x) of the global contact area of the card in the 4FF format, the median line extending parallel to the vertical of the columns formed by this global contact area, the individual contact surfaces being separated by interstices centred on the interstices between the theoretical contact zones of the card in the 4FF format.