mhurhangee/patent-ind-claim-en huggingface dataset:
A method for partial discharge measurement on an electric power cable (PC) comprising: - connecting a high-voltage power supply (PS) to a high-voltage conductor of the power cable (PC) to be tested at a first of two selected measurement locations on the power cable (PC),connecting at each of the two measurement locations along the power cable (PC) a capacitor (Ck) to a high-voltage conductor (C) of the power cable (PC), characterized by - connecting to the low-voltage end of each capacitor (Ck) a communication coupling device (CCD) and a measurement coupling device (CD), where the communication coupling device (CCD) and the measurement coupling device (CD) are connected in series, - connecting at each measurement location a communication system (CS) to the communication coupling device (CCD) and connecting a measurement instrument (MI) to the measurement coupling device (CD), - providing high-voltage signals to the high-voltage carrying conductor (C) of the power cable (PC) by means of the high-voltage power supply (PS), - receiving a partial discharge signal at each of the two measurement locations by means of the measurement instruments (MI) and generating measurement results of the partial discharge at each measurement location, - transmitting measurement results of a partial discharge from one measurement location via the high-voltage conductor (C) of the cable (PC) to the other measurement location, - receiving the transmitted measurement results of a partial discharge at the other measurement location. - connecting a high-voltage power supply (PS) to a high-voltage conductor of the power cable (PC) to be tested at a first of two selected measurement locations on the power cable (PC),connecting at each of the two measurement locations along the power cable (PC) a capacitor (Ck) to a high-voltage conductor (C) of the power cable (PC), characterized by - connecting to the low-voltage end of each capacitor (Ck) a communication coupling device (CCD) and a measurement coupling device (CD), where the communication coupling device (CCD) and the measurement coupling device (CD) are connected in series, - connecting at each measurement location a communication system (CS) to the communication coupling device (CCD) and connecting a measurement instrument (MI) to the measurement coupling device (CD), - providing high-voltage signals to the high-voltage carrying conductor (C) of the power cable (PC) by means of the high-voltage power supply (PS), - receiving a partial discharge signal at each of the two measurement locations by means of the measurement instruments (MI) and generating measurement results of the partial discharge at each measurement location, - transmitting measurement results of a partial discharge from one measurement location via the high-voltage conductor (C) of the cable (PC) to the other measurement location, - receiving the transmitted measurement results of a partial discharge at the other measurement location.
A vacuum insulation container in which an inner container and an outer container form a container body and an internal space provided between the inner container and the outer container is vacuumized, wherein the inner container is composed of a bottom plate and a separate side wall that is separate from the bottom plate , characterized in that a welded portion (W1; W4) between the bottom plate of the inner container and the separate side wall, required to make the internal space airtight is provided at a part exposed to a side opposite to the internal space of the container body, and a bent portion is formed at a lower end portion of the separate side wall so as to be bent inwardly. the inner container is composed of a bottom plate and a separate side wall that is separate from the bottom plate , characterized in that a welded portion (W1; W4) between the bottom plate of the inner container and the separate side wall, required to make the internal space airtight is provided at a part exposed to a side opposite to the internal space of the container body, and a bent portion is formed at a lower end portion of the separate side wall so as to be bent inwardly.
Adapter for coupling a hollow body in the medical field with a storage container for a treatment agent with - a retaining element , - an actuating element , - a connecting element connected to the actuating element for connecting the hollow body and - a guide cap with a guide device , whereby - the retaining element is designed in such a way that it can be arranged immovably on the storage container , - the actuating element is designed and arranged in such a way that it can actuate a valve of the storage container and pass on treatment agent emerging via the valve to the connecting element , and can assume a passive position and an active position, wherein the valve of the storage container is closed in the passive position and open in the active position, characterized in that - the connecting element protrudes through the guide cap and - the guide cap is arranged relative to the retaining element , the actuating element and the connecting element in such a way that the actuating element can be brought from its passive position into its active position and vice versa by tilting the connecting element relative to the retaining element as guided by the guide device . - a retaining element , - an actuating element , - a connecting element connected to the actuating element for connecting the hollow body and - a guide cap with a guide device , whereby - the retaining element is designed in such a way that it can be arranged immovably on the storage container , - the actuating element is designed and arranged in such a way that it can actuate a valve of the storage container and pass on treatment agent emerging via the valve to the connecting element , and can assume a passive position and an active position, wherein the valve of the storage container is closed in the passive position and open in the active position, characterized in that - the connecting element protrudes through the guide cap and - the guide cap is arranged relative to the retaining element , the actuating element and the connecting element in such a way that the actuating element can be brought from its passive position into its active position and vice versa by tilting the connecting element relative to the retaining element as guided by the guide device .
A method of controlling a washing machine comprising: a spin-drying step (S100) of accelerating the drum performed at the last stage of the washing cycle to remove moisture from laundry received in the drum ; a water supply step (S210) of supplying wash water into a tub while rotating a drum at a water supply rotational speed, the drum being decelerated to the water supply rotational speed when the spin-drying step is finished, and then the drum starts to be rotated at the water supply rotational speed; an acceleration step (S230) of accelerating the drum and sensing an eccentric amount of the drum after the water supply step; and a cleaning step (S251, S253) of rotating the drum such that the wash water cleans an inner circumferential surface of the tub while being circulated along the inner circumferential surface of the tub by a rotational force of the drum and setting a rotational speed of the drum based on the sensed eccentric amount. a spin-drying step (S100) of accelerating the drum performed at the last stage of the washing cycle to remove moisture from laundry received in the drum ; a water supply step (S210) of supplying wash water into a tub while rotating a drum at a water supply rotational speed, the drum being decelerated to the water supply rotational speed when the spin-drying step is finished, and then the drum starts to be rotated at the water supply rotational speed; an acceleration step (S230) of accelerating the drum and sensing an eccentric amount of the drum after the water supply step; and a cleaning step (S251, S253) of rotating the drum such that the wash water cleans an inner circumferential surface of the tub while being circulated along the inner circumferential surface of the tub by a rotational force of the drum and setting a rotational speed of the drum based on the sensed eccentric amount.
A plain bearing bushing made of a vibration damping plain bearing composite, the composite comprising an elastic layer , the elastic layer having a first major surface and a second major surface opposite the first major surface; a sliding layer overlying the first major surface and the sliding layer having a thickness of from 0.05 mm to 1.0 mm; and a dimensionally stable support layer overlying the second major surface, the dimensionally stable support layer comprising steel, wherein the plain bearing bushing further comprises an axial collar , characterized in that the elastic layer has a thickness of from 0.15 mm to 5 mm, and that the thickness of the elastic layer is a multiple of the thickness of the sliding layer . an elastic layer , the elastic layer having a first major surface and a second major surface opposite the first major surface; a sliding layer overlying the first major surface and the sliding layer having a thickness of from 0.05 mm to 1.0 mm; and a dimensionally stable support layer overlying the second major surface, the dimensionally stable support layer comprising steel,
Laundry care appliance with a liquid collection container for collecting washing liquid, wherein the liquid collection container has an opening which connects an inner region of the liquid collection container with an outer region of the liquid collection container , characterised in that the laundry care appliance has a closing device , which is arranged in the inner region of the liquid collection container on the opening , wherein the closing device has a plurality of movably mounted closing elements , wherein the movably mounted closing elements are embodied to close the opening in a fluid-sealing manner in a closed position, and wherein the movably mounted closing elements are embodied to release the opening in a release position.
A method for determining positions of a plurality of microphones in a microphone array having the plurality of microphones arranged in a plurality of concentric circles, wherein the plurality of microphones includes a microphone provided at a center position of the plurality of concentric circles, a plurality of localization microphones provided at a plurality of positions on the innermost concentric circle, which is the closest to the center position of the plurality of concentric circles, and used for specifying a direction of a sound source and a plurality of beamforming microphones provided on the plurality of concentric circles and used for generating synthesized sounds by collecting sounds generated from the sound source after the direction of the sound source is specified by using the plurality of localization microphones , the method comprising: a constraint condition acquiring step (S1) of acquiring constraint conditions including (i) a maximum number of the plurality of microphones and (ii) a condition that the number of the plurality of localization microphones and the plurality of beamforming microphones provided in each of the plurality of concentric circles is three or more and at least three of the plurality of localization microphones are arranged at uniform intervals and (iii) the number of a plurality of sound source localization microphones used for specifying a direction of a sound source; and a selecting step (S11) of selecting, from among a plurality of combinations of (i) the number of microphones included in each of the plurality of concentric circles and (ii) the radius of each of the plurality of concentric circles, a combination indicating directional characteristics with the smallest difference from a target value of the directional characteristics of the microphone array , where the plurality of combinations satisfy the constraint conditions. a constraint condition acquiring step (S1) of acquiring constraint conditions including (i) a maximum number of the plurality of microphones and (ii) a condition that the number of the plurality of localization microphones and the plurality of beamforming microphones provided in each of the plurality of concentric circles is three or more and at least three of the plurality of localization microphones are arranged at uniform intervals and (iii) the number of a plurality of sound source localization microphones used for specifying a direction of a sound source; and a selecting step (S11) of selecting, from among a plurality of combinations of (i) the number of microphones included in each of the plurality of concentric circles and (ii) the radius of each of the plurality of concentric circles, a combination indicating directional characteristics with the smallest difference from a target value of the directional characteristics of the microphone array , where the plurality of combinations satisfy the constraint conditions.
Method for operating a braiding, winding or spiralising machine for braiding, winding or spiralising a strand-shaped material with at least one strand of at least one strand fibre, wherein the at least one strand is fastened to the strand-shaped material at at least one point in a rotationally fixed manner, the at least one strand is repeatedly guided around the longitudinal axis of the strand-shaped material and the strand-shaped material is simultaneously moved always in the same direction substantially in the direction of its longitudinal axis , so that the at least one strand assumes the shape of a spiral running around the strand-shaped material , wherein a diameter (D) of a cross-section of the strand-shaped material is measured substantially in a direction perpendicular to the longitudinal axis thereof and a feeding speed of the strand-shaped material and/or a rotational speed at which the at least one strand moves around the longitudinal axis of the strand-shaped material are controlled or regulated as a function of this measured diameter (D), characterised in that a relative feeding speed (h) of the strand-shaped material , defined as a distance by which the strand-shaped material moves during a complete rotation of the at least one strand about the longitudinal axis of the strand-shaped material , is controlled or regulated as a function of the measured diameter (D) of the cross-section of the strand-shaped material in such a way that a degree of coverage (k) of the strand-shaped material by the at least one strand , defined as a ratio of the total surface area pointing radially outwards with respect to the strand-shaped material of all strands which cover the strand-shaped material in a specific section of the strand-shaped material to the surface area of the strand-shaped material in this section, substantially corresponds to a predetermined value. wherein a diameter (D) of a cross-section of the strand-shaped material is measured substantially in a direction perpendicular to the longitudinal axis thereof and a feeding speed of the strand-shaped material and/or a rotational speed at which the at least one strand moves around the longitudinal axis of the strand-shaped material are controlled or regulated as a function of this measured diameter (D), characterised in that a relative feeding speed (h) of the strand-shaped material , defined as a distance by which the strand-shaped material moves during a complete rotation of the at least one strand about the longitudinal axis of the strand-shaped material , is controlled or regulated as a function of the measured diameter (D) of the cross-section of the strand-shaped material in such a way that a degree of coverage (k) of the strand-shaped material by the at least one strand , defined as a ratio of the total surface area pointing radially outwards with respect to the strand-shaped material of all strands which cover the strand-shaped material in a specific section of the strand-shaped material to the surface area of the strand-shaped material in this section, substantially corresponds to a predetermined value.
A hot melt adhesive composition comprising: a. from 50 % by weight to 95 % by weight of a non-single site catalyzed amorphous poly alpha-olefin copolymer derived from propylene and at least one monomer selected from the group consisting of butene and hexene and having a viscosity determined in accordance with ASTM D-3236 of no greater 10,000 mPa·s (cP) at190°C; and b. from 5 % by weight to 45 % by weight of a polybutene-1 homopolymer or copolymer, wherein the hot melt adhesive composition comprises no greater than 10 % by weight of an oil. a. from 50 % by weight to 95 % by weight of a non-single site catalyzed amorphous poly alpha-olefin copolymer derived from propylene and at least one monomer selected from the group consisting of butene and hexene and having a viscosity determined in accordance with ASTM D-3236 of no greater 10,000 mPa·s (cP) at190°C; and b. from 5 % by weight to 45 % by weight of a polybutene-1 homopolymer or copolymer,
A metal oxide powder comprising globular independent particles as main component, said metal oxide powder having: BET specific surface area of 400 to 1000 m 2 /g; BJH pore volume of 2 to 8 mL/g; and oil absorption of no less than 250 mL/100g, wherein each said independent particle includes therein one or more hollow space having a size of 0.5 to 15 μm; and wherein the metal oxide is silica or a multiple oxide containing silica as the main component thereof. said metal oxide powder having: BET specific surface area of 400 to 1000 m 2 /g; BJH pore volume of 2 to 8 mL/g; and oil absorption of no less than 250 mL/100g, BET specific surface area of 400 to 1000 m 2 /g; BJH pore volume of 2 to 8 mL/g; and oil absorption of no less than 250 mL/100g, wherein each said independent particle includes therein one or more hollow space having a size of 0.5 to 15 μm; and wherein the metal oxide is silica or a multiple oxide containing silica as the main component thereof.
A removable bidirectional self-retaining suture , the suture comprising: a. a first end , a second end , and a periphery; b. a plurality of retainers , the retainers on a first portion of the suture between the first end of the suture and a first axial location on the suture for permitting movement of the suture through tissue in a direction of movement of the first end and preventing movement of the suture through tissue in a direction opposite the direction of movement of the first end, and the retainers on a second portion of the suture between the second end of the suture and a second axial location on the suture permitting movement of the suture through tissue in a direction of movement of the second end and preventing movement of the suture through tissue in a direction opposite the direction of movement of the second end; and characterised by c. a grasp engagement element between the first and second axial locations, wherein the grasp engagement element is adapted to engage fingers or to engage surgical tools and wherein the grasp engagement element comprises a tab, wherein the grasp engagement element comprises a different colour than the rest of the suture. a. a first end , a second end , and a periphery; b. a plurality of retainers , the retainers on a first portion of the suture between the first end of the suture and a first axial location on the suture for permitting movement of the suture through tissue in a direction of movement of the first end and preventing movement of the suture through tissue in a direction opposite the direction of movement of the first end, and the retainers on a second portion of the suture between the second end of the suture and a second axial location on the suture permitting movement of the suture through tissue in a direction of movement of the second end and preventing movement of the suture through tissue in a direction opposite the direction of movement of the second end; and characterised by c. a grasp engagement element between the first and second axial locations, wherein the grasp engagement element is adapted to engage fingers or to engage surgical tools and wherein the grasp engagement element comprises a tab, wherein the grasp engagement element comprises a different colour than the rest of the suture.
A binder for a lithium-sulfur battery, the binder comprising: lithium polyacrylate, and polyvinyl alcohol; wherein the lithium polyacrylate is present in an amount of 85% by weight to 95% by weight based on the total weight of the binder, and the polyvinyl alcohol is present in an amount of 5% by weight to 15% by weight based on the total weight of the binder. lithium polyacrylate, and polyvinyl alcohol; wherein the lithium polyacrylate is present in an amount of 85% by weight to 95% by weight based on the total weight of the binder, and the polyvinyl alcohol is present in an amount of 5% by weight to 15% by weight based on the total weight of the binder.
A radar-based proximity sensor with a transmitting antenna for transmitting an output signal (LO) and with at least one first receiving antenna for receiving a first reception signal , with a signal generator for generating the output signal, wherein the first reception signal is demodulated into the base band signals (I, Q) by means of an I/Q demodulator , wherein the base band signals (I, Q) are separated into an alternating voltage part (I d , Q d , 15, 16) and a direct voltage part (I 1 , Q 1 , 14, 17), wherein the respective alternating voltage part (I d , Q d , 15, 16) is filtered by means of a high-pass filter and is optionally amplified and the respective direct voltage part (I 1 , Q 1 , 14, 17) optionally experiences an offset compensation , wherein at least one alternating voltage part is supplied to a Doppler evaluation in order to detect moving objects and at least one direct voltage part is supplied to a close range presence detector in order to detect static objects .