mhurhangee/patent-ind-claim-en huggingface dataset:
A winding machine for web-type materials, in particular film materials, comprising a feeding device and at least one winding shaft which is capable of being driven and designed to receive a winding core for winding the web-type material, wherein the winding machine is allocated a system for regulating and/or reducing an electrostatic charge of the web-type material during the winding process, wherein a control device allocated to the system for regulating and/or reducing an electrostatic charge is further provided, wherein the control device is designed to control the electrostatic discharge system allocated to the feeding device and/or the electrostatic discharging/charging device allocated to the cross-cutting device during a winding process such that an electrostatic charge on the web-type material is at least reduced, wherein the control device is further designed to control the electrostatic discharging/charging device allocated to the cross-cutting device subsequent to the cross-cutting device cutting through the web-type material such that a new start of the web-type material is electrostatically charged for the feeding of the new web-type material start onto an empty and preferably grounded winding core accommodated by the at least one winding shaft; and/or wherein the control device is further designed to control the electrostatic discharging/charging device allocated to the cross-cutting device subsequent to the cross-cutting device cutting through the web-type material such that an end of the web-type material is electrostatically charged for the feeding of the web-type material end onto a full and preferably grounded winding core accommodated by the at least one winding shaft. wherein a control device allocated to the system for regulating and/or reducing an electrostatic charge is further provided, wherein the control device is designed to control the electrostatic discharge system allocated to the feeding device and/or the electrostatic discharging/charging device allocated to the cross-cutting device during a winding process such that an electrostatic charge on the web-type material is at least reduced, wherein the control device is further designed to control the electrostatic discharging/charging device allocated to the cross-cutting device subsequent to the cross-cutting device cutting through the web-type material such that a new start of the web-type material is electrostatically charged for the feeding of the new web-type material start onto an empty and preferably grounded winding core accommodated by the at least one winding shaft; and/or wherein the control device is further designed to control the electrostatic discharging/charging device allocated to the cross-cutting device subsequent to the cross-cutting device cutting through the web-type material such that an end of the web-type material is electrostatically charged for the feeding of the web-type material end onto a full and preferably grounded winding core accommodated by the at least one winding shaft.
Device for displaying and/or checking fluids, having at least one connection which opens into a riser tube that results in visual detection of the fluid level in the form of a level indicator, wherein a connection present at the lower end of the riser tube has a passage forming an axial continuation of the riser tube , wherein a connection present at the upper end of the riser tube has a passage forming an axial continuation of the riser tube , wherein the two connections are each configured in the form of a connection body through which the passage passes, said connection body being provided with a thread which can be screwed to a thread on the associated end of a housing which surrounds the riser tube in the manner of a sleeve, and wherein the connection bodies are configured as solids of revolution with a coaxial passage and with an external thread for screwing to an internal thread of the housing , characterised in that the connection bodies have a coaxial projection of reduced diameter compared to the external thread , which projection is overlapped by the relevant end of the riser tube forming a seal, and in that the projection with intermediate layer of an O-ring extends fittingly into the end of the riser tube directed towards the respective connection body .
A disposable cigarette cartridge detachably connectable with an atomizing core, which comprises an ultrasonic atomizing sheet, the disposable cigarette cartridge comprising a hollow shell , a tobacco tar storage device located in the shell , a suction nozzle connected with the upper end of the shell , a tobacco tar guide seat connected with the lower end of the shell , and a tobacco tar guide body installed on the tobacco tar guide seat ; the tobacco tar guide body extends into the tobacco tar storage device; and an air passage is arranged in the shell , one end of the air passage is communicated with the suction nozzle , and the other end of the air passage is communicated with a heating surface of the tobacco tar guide body ; the disposable cigarette cartridge further comprises a tobacco tar bead blocking structure, wherein the tobacco tar bead blocking structure props against one surface of the tobacco tar guide body away from the ultrasonic atomizing sheet when the disposable cigarette cartridge is connected with the atomizing core; the tobacco tar bead blocking structure comprises a tower-shaped spring , a pitch value of the tower-shaped spring is less than or equal to a line diameter value of the tower-shaped spring , the tower-shaped spring is located on one side where the atomizing surface of the ultrasonic atomizing sheet is located, when the disposable cigarette cartridge is connected with the atomizing core, and the axis of the tower-shaped spring is vertical to the ultrasonic atomizing sheet . the tobacco tar guide body extends into the tobacco tar storage device; and an air passage is arranged in the shell , one end of the air passage is communicated with the suction nozzle , and the other end of the air passage is communicated with a heating surface of the tobacco tar guide body ; the disposable cigarette cartridge further comprises a tobacco tar bead blocking structure, wherein the tobacco tar bead blocking structure props against one surface of the tobacco tar guide body away from the ultrasonic atomizing sheet when the disposable cigarette cartridge is connected with the atomizing core; the tobacco tar bead blocking structure comprises a tower-shaped spring , a pitch value of the tower-shaped spring is less than or equal to a line diameter value of the tower-shaped spring , the tower-shaped spring is located on one side where the atomizing surface of the ultrasonic atomizing sheet is located, when the disposable cigarette cartridge is connected with the atomizing core, and the axis of the tower-shaped spring is vertical to the ultrasonic atomizing sheet .
Sports boot element of which the wall comprises at least two different co-injection moulded plastics materials , characterized in that the wall comprises: - a first zone comprising the two different plastics materials within its thickness, the first plastics material forming two layers of the wall constituting the internal and external faces of the said wall, and the second plastics material being interposed between the two layers of the first plastics material , and - a second zone comprising only the second plastics material . - a first zone comprising the two different plastics materials within its thickness, the first plastics material forming two layers of the wall constituting the internal and external faces of the said wall, and the second plastics material being interposed between the two layers of the first plastics material , and - a second zone comprising only the second plastics material .
A method for determining the presence of a MET mutant in a sample, wherein the MET mutant is an auto-active and intracellular mutant MET, and wherein the method comprises: a. analysis of genomic DNA, b. analysis of mRNA or cDNA, and/or c. analysis of MET protein wherein the MET mutant is the result of a chromosomal deletion in chromosome 7, resulting in loss of part of intron 6, exon 7, intron 7 and part of exon 8. a. analysis of genomic DNA, b. analysis of mRNA or cDNA, and/or c. analysis of MET protein
A method of operating a portable terminal for controlling a hearing aid, the method comprising: capturing (S610) an image through a camera of the portable terminal ; detecting at least one object in the captured image by extracting features of the captured image; analyzing (S612), by a controller of the portable terminal , the detected at least one object to determine a surrounding situation of the portable terminal ; determining, by the controller , the surrounding situation by comparing the analyzed at least one object with a stored object; generating, by the controller , a control signal to control a hearing mode of the hearing aid based on the determined surrounding situation; and transmitting (S616), by the controller , the control signal to the hearing aid through a transceiver of the portable terminal ; wherein the extracted features comprise points formed along a contour of the detected at least one object. capturing (S610) an image through a camera of the portable terminal ; detecting at least one object in the captured image by extracting features of the captured image; analyzing (S612), by a controller of the portable terminal , the detected at least one object to determine a surrounding situation of the portable terminal ; determining, by the controller , the surrounding situation by comparing the analyzed at least one object with a stored object; generating, by the controller , a control signal to control a hearing mode of the hearing aid based on the determined surrounding situation; and transmitting (S616), by the controller , the control signal to the hearing aid through a transceiver of the portable terminal ; wherein the extracted features comprise points formed along a contour of the detected at least one object.
A skyflash multiphase flow metallurgical furnace, characterized by comprising an ore bin , a melting chamber , a descending pipe vessel and a smelting pool which are sequentially communicated from top to bottom; wherein: the descending pipe vessel is composed of a plurality of obliquely arranged straight pipes or spirally descending curved pipes which are communicated with each other, the adjacent pipes are staggered, and the pipes are provided with feeding nozzles , characterized in that an included angle between the straight pipes and a horizontal plane is less than 45°, and wherein a tank-shaped rectifying vessel is arranged between the descending pipe vessel and the smelting pool, an upper opening and a lower opening of the rectifying vessel are circular, a diameter D of the lower opening is 0.5 to 1.2 times of a diameter M of the upper opening, and the pipes connected with the upper opening are tangent to the upper opening, so that melt forms a vortex when entering the upper opening. the descending pipe vessel is composed of a plurality of obliquely arranged straight pipes or spirally descending curved pipes which are communicated with each other, the adjacent pipes are staggered, and the pipes are provided with feeding nozzles , characterized in that an included angle between the straight pipes and a horizontal plane is less than 45°, and wherein a tank-shaped rectifying vessel is arranged between the descending pipe vessel and the smelting pool, an upper opening and a lower opening of the rectifying vessel are circular, a diameter D of the lower opening is 0.5 to 1.2 times of a diameter M of the upper opening, and the pipes connected with the upper opening are tangent to the upper opening, so that melt forms a vortex when entering the upper opening.
A waterproof communication port , comprising a communication port body , wherein a connecting groove is provided on a connecting end of the communication port body , and metal terminals are provided inside the connecting groove , characterized in that a liquid guiding groove is provided at the bottom of the connecting groove and between two adjacent metal terminals , and in that a liquid dissipation cavity is further provided inside the communication port body , and the liquid guiding groove communicates with the liquid dissipation cavity .
A tape elevation adjustment device for use with an aircraft arresting system, comprising: a housing ; first and second horizontal sheave rollers positioned within the housing; a tape entrance area of the housing and a tape exit area of the housing ; wherein, in use, the tape enters the tape entrance area at a first elevation (H1) and exits the tape exit area at a second elevation (H2), wherein the second elevation (H2) is higher than the first elevation (H1). a housing ; first and second horizontal sheave rollers positioned within the housing; a tape entrance area of the housing and a tape exit area of the housing ; wherein, in use, the tape enters the tape entrance area at a first elevation (H1) and exits the tape exit area at a second elevation (H2), wherein the second elevation (H2) is higher than the first elevation (H1).
A gate driver circuit comprising a high auxiliary voltage rail and a low auxiliary voltage rail for receiving high auxiliary voltage and low auxiliary voltage, output stage (Q9, Q10) connected to the auxiliary voltage rails and comprising a control input and an output terminal for providing an output voltage of the gate driver, plurality of series connections of controllable switches (S1, S2, S3, S4, S5, S6, S7, S8) and resistive components (R1, R2, R3, R4, R5, R6, R7, R8), wherein a first part of the plurality of series connections (S1, S2, S3, S4, R1, R2, R3, R4) is connected between the high auxiliary voltage rail and control input of the output stage, and a second part of the plurality of series connections (S5, S6, S7, S8, R5, R6, R7, R8) is connected between the low auxiliary voltage rail and control input of the output stage, and a control circuit for selectively controlling the controllable switches for providing a selected control voltage and a selected control current to the control input of the output stage, the output stage having a current amplification to amplify the selected control current. output stage (Q9, Q10) connected to the auxiliary voltage rails and comprising a control input and an output terminal for providing an output voltage of the gate driver, plurality of series connections of controllable switches (S1, S2, S3, S4, S5, S6, S7, S8) and resistive components (R1, R2, R3, R4, R5, R6, R7, R8), wherein a first part of the plurality of series connections (S1, S2, S3, S4, R1, R2, R3, R4) is connected between the high auxiliary voltage rail and control input of the output stage, and a second part of the plurality of series connections (S5, S6, S7, S8, R5, R6, R7, R8) is connected between the low auxiliary voltage rail and control input of the output stage, and a control circuit for selectively controlling the controllable switches for providing a selected control voltage and a selected control current to the control input of the output stage, the output stage having a current amplification to amplify the selected control current.
A composition comprising: a thiol-terminated polythioether prepolymer; a polyepoxide curing agent; and a non-chromate corrosion inhibitor. a thiol-terminated polythioether prepolymer; a polyepoxide curing agent; and a non-chromate corrosion inhibitor.
Electromechanical drive comprising an electric motor for actuating a movable wing with the electric motor , the motor shaft of which is operatively connected to the wing in the mounted state of the drive via a force transmission apparatus, such that a movement of the motor shaft brings about a movement of the wing , a mechanical energy storage unit that is charged through an opening movement of the wing and is discharged through a closing movement of the movable wing , and a braking device by way of which the movement of the wing is able to be braked by virtue of the electric motor being able to be operated as a generator, wherein the movement of the wing gives rise, at motor terminals (K1, K2) of the electric motor operated as a generator, to a motion-dependent output voltage (UA) that is applied to a brake circuit , wherein the brake circuit has at least one switching element (FET) by way of which the motor terminals (K1, K2) are able to be short-circuited, characterized in that , in an emergency mode, the output voltage (UA) of the electric motor operated as a generator is applied to a charging circuit that stores electrical energy in a capacitor (C) for supplying energy to emergency control electronics , wherein a first evaluation and control unit of the emergency control electronics also sets an effective braking force for damping the movement of the wing via the switching element designed as a field-effect transistor (FET) and the first evaluation and control unit performs pulse-width modulation on the motor current (I A ) via the field-effect transistor (FET). in that , in an emergency mode, the output voltage (UA) of the electric motor operated as a generator is applied to a charging circuit that stores electrical energy in a capacitor (C) for supplying energy to emergency control electronics , wherein a first evaluation and control unit of the emergency control electronics also sets an effective braking force for damping the movement of the wing via the switching element designed as a field-effect transistor (FET) and the first evaluation and control unit performs pulse-width modulation on the motor current (I A ) via the field-effect transistor (FET).
A method of coating a substrate with a washcoat, wherein the method comprises the steps of: - engaging the substrate with a headset of a substrate coating apparatus so as to locate an upper surface of the substrate below a washcoat showerhead of the substrate coating apparatus; - arranging a partition between the washcoat showerhead and the upper surface of the substrate , the partition comprising a plurality of holes and being located in the headset to maintain a first gap between a lower face of the partition and the upper surface of the substrate ; - discharging a washcoat out of the washcoat showerhead onto an upper face of the partition ; and - passing the washcoat through the holes in the partition , onto the upper surface of the substrate and into the substrate , at least in part by applying a suction force to a lower surface of the substrate . - engaging the substrate with a headset of a substrate coating apparatus so as to locate an upper surface of the substrate below a washcoat showerhead of the substrate coating apparatus; - arranging a partition between the washcoat showerhead and the upper surface of the substrate , the partition comprising a plurality of holes and being located in the headset to maintain a first gap between a lower face of the partition and the upper surface of the substrate ; - discharging a washcoat out of the washcoat showerhead onto an upper face of the partition ; and - passing the washcoat through the holes in the partition , onto the upper surface of the substrate and into the substrate , at least in part by applying a suction force to a lower surface of the substrate .
A method of distinguishing a meaningful signal from a low frequency noise, such method including: a first step of dividing an input acoustic signal into frames, a second step of calculating a power spectral density of the input acoustic signal for each frame and finding an envelope curve of the power spectral densities, the method being characterised by : a third step of finding a predefined number of dominant peaks in the envelope curve found in the previous second step of the method, a fourth step of applying a linear regression algorithm to the dominant peaks to obtain a linear regression line for each frame and extracting a slope value of each linear regression line, a fifth step of identifying intervals (t 1 -t 2 , t 3 -t 4 ) of the original acoustic signals including the meaningful signal as intervals which correspond to higher values of the slope value . a first step of dividing an input acoustic signal into frames, a second step of calculating a power spectral density of the input acoustic signal for each frame and finding an envelope curve of the power spectral densities, the method being characterised by : a third step of finding a predefined number of dominant peaks in the envelope curve found in the previous second step of the method, a fourth step of applying a linear regression algorithm to the dominant peaks to obtain a linear regression line for each frame and extracting a slope value of each linear regression line, a fifth step of identifying intervals (t 1 -t 2 , t 3 -t 4 ) of the original acoustic signals including the meaningful signal as intervals which correspond to higher values of the slope value . a third step of finding a predefined number of dominant peaks in the envelope curve found in the previous second step of the method, a fourth step of applying a linear regression algorithm to the dominant peaks to obtain a linear regression line for each frame and extracting a slope value of each linear regression line, a fifth step of identifying intervals (t 1 -t 2 , t 3 -t 4 ) of the original acoustic signals including the meaningful signal as intervals which correspond to higher values of the slope value .