mhurhangee/patent-ind-claim-en huggingface dataset:
Household appliance , having a Lambda probe with a probe heater , characterised in that - an electronic activation system is arranged upstream of the Lambda probe or the Lambda probe has an electronic activation system , - the electronic activation system has a step-down converter , - the electronic activation system including the step-down converter can be supplied with a supply voltage, - an output voltage of the step-down converter is applied as a probe voltage (U out ) to a probe heater of the Lambda probe and - the step-down converter can be operated in continuous transmission mode. - an electronic activation system is arranged upstream of the Lambda probe or the Lambda probe has an electronic activation system , - the electronic activation system has a step-down converter , - the electronic activation system including the step-down converter can be supplied with a supply voltage, - an output voltage of the step-down converter is applied as a probe voltage (U out ) to a probe heater of the Lambda probe and - the step-down converter can be operated in continuous transmission mode.
An electronic circuit in a portable device comprising: a power bus connectable to an external device ; a signal bus connectable to the external device; and characterized in further comprising circuitry connected to the signal bus and configured to apply thereto an electrical configuration from among a plurality of electrical configurations in response to sense a predetermined electrical configuration on the signal bus, each of the electrical configurations associated with a voltage level, wherein the electrical configuration applied to the signal bus lines of the signal bus is analog in nature and is a voltage level, including ground potential, applied to one or more signal bus lines, or multiple voltage levels each applied to another one of several signal bus lines, or one or more currents flowing respectively in one or more signal bus lines, or connecting one or more of the signal bus lines to a resistor or a capacitor or a inductor, or connecting together one or more of the signal bus lines, or a combination of voltage, current flows, and/or resistor or capacitor or inductor, wherein the power bus is configured to receive a voltage from the external device at a voltage level that is substantially equal to the voltage level associated with the electrical configuration applied to the signal bus by the circuitry after the electrical configuration is applied to the signal bus by the circuitry. a power bus connectable to an external device ; a signal bus connectable to the external device; and characterized in further comprising circuitry connected to the signal bus and configured to apply thereto an electrical configuration from among a plurality of electrical configurations in response to sense a predetermined electrical configuration on the signal bus, each of the electrical configurations associated with a voltage level, wherein the electrical configuration applied to the signal bus lines of the signal bus is analog in nature and is a voltage level, including ground potential, applied to one or more signal bus lines, or multiple voltage levels each applied to another one of several signal bus lines, or one or more currents flowing respectively in one or more signal bus lines, or connecting one or more of the signal bus lines to a resistor or a capacitor or a inductor, or connecting together one or more of the signal bus lines, or a combination of voltage, current flows, and/or resistor or capacitor or inductor, wherein the power bus is configured to receive a voltage from the external device at a voltage level that is substantially equal to the voltage level associated with the electrical configuration applied to the signal bus by the circuitry after the electrical configuration is applied to the signal bus by the circuitry.
A method for producing a random mat comprising fiber bundles, said fiber bundles comprising fibers, said method comprising the following steps: (i) cutting 12K or 24K carbon fiber bundles at essentially constant intervals, wherein the cutting edge has a diagonal angle θ with respect to the fibers direction; and (ii) reducing the size of the fiber bundle, thereby providing random a random mat material according to the present invention, wherein the size of the fiber bundle is reduced by a stretching roll that is placed a distance L in the range of 5 to 100mm from a cutting roll, said cutting roll rotating at a rotational speed vc, said stretching roll rotating at a rotational speed vr; wherein vr is larger than vc. (i) cutting 12K or 24K carbon fiber bundles at essentially constant intervals, wherein the cutting edge has a diagonal angle θ with respect to the fibers direction; and (ii) reducing the size of the fiber bundle, thereby providing random a random mat material according to the present invention, wherein the size of the fiber bundle is reduced by a stretching roll that is placed a distance L in the range of 5 to 100mm from a cutting roll, said cutting roll rotating at a rotational speed vc, said stretching roll rotating at a rotational speed vr; wherein vr is larger than vc.
A motor control device configured to perform PWM control of an inverter that drives a three-phase brushless motor based on a current command value, comprising: a voltage command value computation unit configured to calculate a voltage command value (Duty_d; Duty_q) using a motor electric angle (Θe) acquired for each control cycle and a motor rotation speed acquired from the three-phase brushless motor for each control cycle, and the current command value (I ref_m ) the motor control device being characterized in that it further comprises: an electric angle interpolation unit (240, 240B-240E) configured to estimate an interpolated electric angle (Θs) from the motor electric angle (Θe) at a division interval obtained by dividing the control cycle; a converter configured to calculate three-phase Duty command value (Duty_n) from the voltage command value (Duty_d; Duty_q) and the motor electric angle, and to calculate a three-phase interpolated Duty command value (Duty_n_m1) from the voltage command value (Duty_d; Duty_q) and the interpolated electric angle (Θs); and an output setting unit (160A-1) that switches and outputs the three-phase Duty command value (Duty_n) and the three-phase interpolated Duty command value (Duty_n_m1) in accordance with the division interval. an electric angle interpolation unit (240, 240B-240E) configured to estimate an interpolated electric angle (Θs) from the motor electric angle (Θe) at a division interval obtained by dividing the control cycle; a converter configured to calculate three-phase Duty command value (Duty_n) from the voltage command value (Duty_d; Duty_q) and the motor electric angle, and to calculate a three-phase interpolated Duty command value (Duty_n_m1) from the voltage command value (Duty_d; Duty_q) and the interpolated electric angle (Θs); and an output setting unit (160A-1) that switches and outputs the three-phase Duty command value (Duty_n) and the three-phase interpolated Duty command value (Duty_n_m1) in accordance with the division interval.
A multi-bag filling set comprising: a bladder ; a stem ; and a filter disposed in line with the stem , the filter having a filter membrane with a nominal pore size in a range of approximately 0.1 μm to approximately 0.5 μm; wherein the bladder comprises a plurality of bladders fluidly connected to one another by sealable tubing ; wherein the sealable tubing comprises a first part , and a plurality of second parts extending from the first part to the plurality of bladders , the first part extending to a juncture , and each second part including a first end and a second end , the first end extending from the juncture and one bladder connected at the second end ; wherein the first part of the sealable tubing is fluidly connected to the filter or to the stem surrounding the filter ; characterized in that the second part of the sealable tubing is arranged to be sealed and cut. a bladder ; a stem ; and a filter disposed in line with the stem , the filter having a filter membrane with a nominal pore size in a range of approximately 0.1 μm to approximately 0.5 μm; wherein the bladder comprises a plurality of bladders fluidly connected to one another by sealable tubing ; wherein the sealable tubing comprises a first part , and a plurality of second parts extending from the first part to the plurality of bladders , the first part extending to a juncture , and each second part including a first end and a second end , the first end extending from the juncture and one bladder connected at the second end ; wherein the first part of the sealable tubing is fluidly connected to the filter or to the stem surrounding the filter ; characterized in that the second part of the sealable tubing is arranged to be sealed and cut.
A light emitting device comprising: at least one LED filament adapted for, in operation, emitting LED filament light, the at least one LED filament comprising a carrier and a plurality of LEDs arranged on the carrier and adapted for, in operation, emitting LED light, and a heat sink element , the at least one LED filament being arranged extending spiraling around a vertical center axis LA of the light emitting device, wherein the heat sink element further is arranged extending spiraling around the vertical center axis of the light emitting device, characterised in that the heat sink element is arranged extending from the at least one LED filament towards the vertical center axis of the light emitting device. at least one LED filament adapted for, in operation, emitting LED filament light, the at least one LED filament comprising a carrier and a plurality of LEDs arranged on the carrier and adapted for, in operation, emitting LED light, and a heat sink element , the at least one LED filament being arranged extending spiraling around a vertical center axis LA of the light emitting device, wherein the heat sink element further is arranged extending spiraling around the vertical center axis of the light emitting device, characterised in that the heat sink element is arranged extending from the at least one LED filament towards the vertical center axis of the light emitting device.
Pyrotechnic object , in particular irritation body, irritation projectile or ammunition, comprising an ignition device , comprising a delay chamber extending along a delay path , in which chamber a delay charge is accommodated, and comprising at least one and preferably a plurality of effect chambers in which or in each of which an effect charge to be ignited is accommodated, the delay chamber being transversely connected to a respective effect chamber via a relevant over-ignition opening which branches off from the delay chamber and forms an over-ignition path, wherein in the case of a plurality of effect chambers the plurality of over-ignition openings are arranged successively downstream along the delay path in the order of the effect charges to be ignited, characterized in that an over-ignition charge that differs and chemically deviates from the respective effect charge is introduced into the over-ignition opening or into the plurality of over-ignition openings , in order to at least partially close the over-ignition opening after its combustion and by its combustion residue , and thereby to reduce or dampen a propagation of a pressure shock which is produced as a result of the ignition of the effect charge in the respective effect chamber and acts on the delay chamber via the respective over-ignition opening .
3D imaging optoelectronic module intended to be fixed to an image-forming device which comprises: - an optoelectronic sensor comprising a package in which is housed a photosensitive chip with planar active face, with, on the opposite face, electrical connection pins connected to - a stack of at least one printed circuit board equipped with electronic components , - the sensor and stack assembly being moulded in a resin and having vertical faces according to Z metallized and etched to form electrical interconnection tracks of the printed circuit boards, characterized in that it comprises a thermally conductive rigid cradle in the form of a frame delimiting an aperture at its centre through which said pins pass, the frame having a reference surface according to X, Y and: on a top surface : fixing reference points intended to centre and align the image-forming device in relation to the reference surface, fixing points intended to allow the fixing of the image-forming device, and an inner bearing surface having bearing points of the sensor adjusted for the active face of the chip to be centred and aligned in relation to the reference surface. - an optoelectronic sensor comprising a package in which is housed a photosensitive chip with planar active face, with, on the opposite face, electrical connection pins connected to - a stack of at least one printed circuit board equipped with electronic components , - the sensor and stack assembly being moulded in a resin and having vertical faces according to Z metallized and etched to form electrical interconnection tracks of the printed circuit boards, fixing reference points intended to centre and align the image-forming device in relation to the reference surface, fixing points intended to allow the fixing of the image-forming device, and an inner bearing surface having bearing points of the sensor adjusted for the active face of the chip to be centred and aligned in relation to the reference surface.
A laser cutting system , including a cutting head and a laser source , the cutting head comprising an optical output , the laser source being configured to generate a power laser beam , the cutting head and the laser source being configured such that the power laser beam emerges out of the cutting head via the optical output by propagating along a propagation axis (A-A), the laser cutting system being characterised in that the cutting head further comprises a first auxiliary nozzle and a second auxiliary nozzle , each auxiliary nozzle being distant from the optical output and configured to emit a planar gas jet extending in an emission plane (P), the propagation axis (A-A) of the power laser beam belonging to the emission plane (P), and the second auxiliary nozzle being arranged such that the gas jet emitted by the second auxiliary nozzle scans the optical output . the laser cutting system being characterised in that the cutting head further comprises a first auxiliary nozzle and a second auxiliary nozzle , each auxiliary nozzle being distant from the optical output and configured to emit a planar gas jet extending in an emission plane (P), the propagation axis (A-A) of the power laser beam belonging to the emission plane (P), and the second auxiliary nozzle being arranged such that the gas jet emitted by the second auxiliary nozzle scans the optical output .
A peptide of 7-50 amino acids in length comprising the amino acid sequence of (i), wherein each amino acid symbol immediately followed by symbol [D] is a D form of the amino acid: (i) the amino acid sequence of T[D] I[D] T[D] W[D] P[D] T[D] M[D]. (i) the amino acid sequence of T[D] I[D] T[D] W[D] P[D] T[D] M[D].
A tea composition comprising; a) a micronized iron compound; b) a first polysaccharide comprising maltodextrin; c) a second polysaccharide comprising gum arabic; and, d) a leaf tea product, wherein the particle size of the micronized iron compound is in the range of 0.1 to 10 micron. a) a micronized iron compound; b) a first polysaccharide comprising maltodextrin; c) a second polysaccharide comprising gum arabic; and, d) a leaf tea product,
Composition for improving the resistance to mould, comprising: (a) a pentacyclic triterpene or pentacyclic triterpene saponin, (b) a carboxylic acid substituted styrene derivative, and (c) a phosphate containing compound. (a) a pentacyclic triterpene or pentacyclic triterpene saponin, (b) a carboxylic acid substituted styrene derivative, and (c) a phosphate containing compound.
A method for controlling an electronic device, the method comprising: displaying a plurality of pages; detecting a touch drag input while the plurality of pages are displayed; performing a scroll function with respect to the plurality of pages according to the touch drag input based on a determination that a start point of the touch drag input is positioned within an area corresponding to a predetermined distance range from boundaries of the plurality of pages; and performing a drawing function according to the touch drag input based on a determination that the start point of the touch drag input is positioned outside of the area corresponding to a predetermined distance range from the boundaries of the plurality of pages. displaying a plurality of pages; detecting a touch drag input while the plurality of pages are displayed; performing a scroll function with respect to the plurality of pages according to the touch drag input based on a determination that a start point of the touch drag input is positioned within an area corresponding to a predetermined distance range from boundaries of the plurality of pages; and performing a drawing function according to the touch drag input based on a determination that the start point of the touch drag input is positioned outside of the area corresponding to a predetermined distance range from the boundaries of the plurality of pages.
A process for manufacturing a gypsum slurry comprising: - bringing together and mixing at least the following components: gypsum, water and a wax powder, wherein - 0.1 to 10 wt.-% of the wax powder are contained in the gypsum slurry, relative to the mass of dry gypsum; - the wax powder having - a particle size below 500 μm, - an average particle size dso (number average) of below 300 μm; and - the wax powder comprises the following wax composition: i. at least 70 wt.-% hydrocarbon wax, ii. at least 5 wt.-% of a polar wax, iii. 0 to 10 wt.-% hydrocarbon resins, and iv. 0.1 to 5 wt.-% of one or more components selected from the group consisting of one or more polyols, starches, sugars, polyvinylalcohols and the derivatives thereof; and wherein - the wax composition has a dynamic viscosity at 100°C of below 12 cP and - the acid number of the wax composition is below 10 mg KOH/g. - bringing together and mixing at least the following components: gypsum, water and a wax powder, wherein - 0.1 to 10 wt.-% of the wax powder are contained in the gypsum slurry, relative to the mass of dry gypsum; - the wax powder having - a particle size below 500 μm, - an average particle size dso (number average) of below 300 μm; and - a particle size below 500 μm, - an average particle size dso (number average) of below 300 μm; and - the wax powder comprises the following wax composition: i. at least 70 wt.-% hydrocarbon wax, ii. at least 5 wt.-% of a polar wax, iii. 0 to 10 wt.-% hydrocarbon resins, and iv. 0.1 to 5 wt.-% of one or more components selected from the group consisting of one or more polyols, starches, sugars, polyvinylalcohols and the derivatives thereof; and i. at least 70 wt.-% hydrocarbon wax, ii. at least 5 wt.-% of a polar wax, iii. 0 to 10 wt.-% hydrocarbon resins, and iv. 0.1 to 5 wt.-% of one or more components selected from the group consisting of one or more polyols, starches, sugars, polyvinylalcohols and the derivatives thereof; and - the wax composition has a dynamic viscosity at 100°C of below 12 cP and - the acid number of the wax composition is below 10 mg KOH/g.
A dental floss insertion device for inserting an end of a length of dental floss into an enclosed oral space, the device comprising: a body at least partially defining a floss guide path configured to receive the end of the length of floss; a tip located on a distal end of the body and defining a distal orifice that communicates with the floss guide path; a first roller positioned on a first side of the guide path and rotatable about a first axis ; and, a second roller positioned on a second side of the guide path and rotatable about a second axis for advancing the end of the length of floss along the guide path and through the distal orifice, characterized in that the second axis is moveable toward and away from the first axis, wherein a portion of the second roller extends outside the body and is configured to permit a user to exert a compressive force on the floss by way of the second roller while simultaneously rolling the second roller to advance the floss along the guide path. a body at least partially defining a floss guide path configured to receive the end of the length of floss; a tip located on a distal end of the body and defining a distal orifice that communicates with the floss guide path; a first roller positioned on a first side of the guide path and rotatable about a first axis ; and, a second roller positioned on a second side of the guide path and rotatable about a second axis for advancing the end of the length of floss along the guide path and through the distal orifice, characterized in that the second axis is moveable toward and away from the first axis,
A laminated glazing for a vehicle (100 to 900'), in particular a road or rail vehicle, especially a windshield or a back window, of given thickness, comprising: - a first glass sheet intended to be the exterior glazing with a first external main face F1 and a second internal main face F2 - a lamination interlayer made of polymer material with a main face FA oriented toward F2 and with a main face FB opposite to FA, of given thickness E3 - a second glass or plastic sheet intended to be the interior glazing with a third main face F3 , F2 side, and a fourth internal main face F4 characterized in that : - the first glass sheet exhibits a content by weight of total iron oxide of at most 0.05%, - the second sheet exhibits a traversing hole in the thickness, with a width W1 which is at least centimetric, - the glazing exhibits, under said traversing hole on the side of the face F2, a selective filter which absorbs in the visible region and which is transparent at at least one "working" wavelength in the infrared region in a range extending from 800 nm to 1800 nm, opposite said traversing hole, the laminated glazing exhibits: - a total transmission of at least 80%, 90% or 95% at the working wavelength, measured at 90° - a total transmission of at most 10%, 5%, or 1% in the visible region. - a first glass sheet intended to be the exterior glazing with a first external main face F1 and a second internal main face F2 - a lamination interlayer made of polymer material with a main face FA oriented toward F2 and with a main face FB opposite to FA, of given thickness E3 - a second glass or plastic sheet intended to be the interior glazing with a third main face F3 , F2 side, and a fourth internal main face F4 - the first glass sheet exhibits a content by weight of total iron oxide of at most 0.05%, - the second sheet exhibits a traversing hole in the thickness, with a width W1 which is at least centimetric, - the glazing exhibits, under said traversing hole on the side of the face F2, a selective filter which absorbs in the visible region and which is transparent at at least one "working" wavelength in the infrared region in a range extending from 800 nm to 1800 nm, - a total transmission of at least 80%, 90% or 95% at the working wavelength, measured at 90° - a total transmission of at most 10%, 5%, or 1% in the visible region.