mhurhangee/ep-ind-claims huggingface dataset:
Totally insulated switched mode power supply, which is intended to produce a supply voltage for an electrical device, - comprising an electrically conductive housing part, which is enclosed by a total insulation, - comprising a first and a second electrical conductor (5, 6), which are provided for connection of one of the electrical conductors (5, 6) to a phase conductor and of the other of the electrical conductors (5, 6) to a neutral conductor of a grounded AC or three-phase power supply system, and - comprising a first and a second Y capacitor (7, 8), which are provided for asymmetrical interference suppression of the switched mode power supply and of which one is connected between the first conductor and the housing part and the other is connected between the second conductor and the housing part, characterized in that the switched mode power supply is provided with means (13, 14) which, to reduce a fault current, are designed to - detect the conductor (5, 6), which is connected to the neutral conductor, by means of the phase angle of the fault current which represents a leakage current flowing from the electrically conducting housing part to a ground potential, and - connect a further Y capacitor between the electrically conducting housing part and the detected conductor (5, 6). - comprising an electrically conductive housing part, which is enclosed by a total insulation, - comprising a first and a second electrical conductor (5, 6), which are provided for connection of one of the electrical conductors (5, 6) to a phase conductor and of the other of the electrical conductors (5, 6) to a neutral conductor of a grounded AC or three-phase power supply system, and - comprising a first and a second Y capacitor (7, 8), which are provided for asymmetrical interference suppression of the switched mode power supply and of which one is connected between the first conductor and the housing part and the other is connected between the second conductor and the housing part, - detect the conductor (5, 6), which is connected to the neutral conductor, by means of the phase angle of the fault current which represents a leakage current flowing from the electrically conducting housing part to a ground potential, and - connect a further Y capacitor between the electrically conducting housing part and the detected conductor (5, 6).
A method for multiplexing a first and a second continuous input audio signal to yield a multiplexed output audio signal which is to be rendered to a listener; wherein the first and second input audio signals are indicative of sounds captured by a first and a second endpoint (120, 170), respectively; the method comprising - determining a talk activity (201, 202) in the first and second input audio signals, respectively; and - determining the multiplexed output audio signal based on the first and/or second input audio signals and subject to one or more multiplexing conditions; wherein the one or more multiplexing conditions comprise: - at a time instant, when there is talk activity in the first input audio signal, determining the multiplexed output audio signal at least based on the first input audio signal; - at a time instant, when there is talk activity in the second input audio signal, determining the multiplexed output audio signal at least based on the second input audio signal; and - at a silence time instant, when there is no talk activity (201, 202) in the first and in the second input audio signals, determining the multiplexed output audio signal based on only one of the first and second input audio signals; wherein determining the multiplexed output audio signal based on only one of the first and second input audio signals comprises determining the multiplexed output audio signal based on the one of the first and second input audio signals having, at the silence time instant, the most recent talk activity, characterized in that if one or both of the first and second input audio signals are soundfield signals, determining the multiplexed output audio signal is based on the one of the soundfield signals having, at the silence time instant, the most recent talk activity. - determining a talk activity (201, 202) in the first and second input audio signals, respectively; and - determining the multiplexed output audio signal based on the first and/or second input audio signals and subject to one or more multiplexing conditions; - at a time instant, when there is talk activity in the first input audio signal, determining the multiplexed output audio signal at least based on the first input audio signal; - at a time instant, when there is talk activity in the second input audio signal, determining the multiplexed output audio signal at least based on the second input audio signal; and - at a silence time instant, when there is no talk activity (201, 202) in the first and in the second input audio signals, determining the multiplexed output audio signal based on only one of the first and second input audio signals;
A device for adjusting the seating length for a motor vehicle seat, comprising all the elements mentioned hereafter: a seat nose plate mobile with respect to a seating frame, the plate being assembled on a carriage slidably driven on a fixed support fixed above said frame, the carriage and the support being located between the frame and the seat nose plate, and the device comprising motor-driven control means for controlling the sliding of the carriage with respect to the fixed support, characterized in that the motor-driven control means comprise a motor (43, 44) arranged towards the front of the seat, in front of the frame and under the trajectory of the seat nose plate, and the motor (43, 44) is hidden by the padding of the seat nose.
A blade for a gas turbine engine comprising: composite layers including neck plies and tooth plies that are flared relative to the neck plies, the neck plies and tooth plies respectively providing a neck and a root, the root including a tooth; a wedge provided by wedge plies adhered over the root and the tooth; wherein the neck plies extend in a radial direction to provide an airfoil; and characterized in that the neck plies include a matrix composite material having fibers extending in the radial direction, and the wedge plies include a matrix composite material having fibers extending in a direction transverse to the radial direction, and wherein the tooth plies are arranged at a tooth ply angle, and the wedge plies are arranged at a wedge ply angle, the wedge ply angle is at an angle that lies between the radial direction and the tooth ply angle. composite layers including neck plies and tooth plies that are flared relative to the neck plies, the neck plies and tooth plies respectively providing a neck and a root, the root including a tooth; a wedge provided by wedge plies adhered over the root and the tooth; wherein the neck plies extend in a radial direction to provide an airfoil; and characterized in that the neck plies include a matrix composite material having fibers extending in the radial direction, and the wedge plies include a matrix composite material having fibers extending in a direction transverse to the radial direction, and wherein the tooth plies are arranged at a tooth ply angle, and the wedge plies are arranged at a wedge ply angle, the wedge ply angle is at an angle that lies between the radial direction and the tooth ply angle.
A laundry treating apparatus comprising: a housing; a tub provided inside the housing, for storing washing water therein; a drum rotatably provided inside the tub, for storing laundry therein; a top cover provided above the housing to cover upper portions of the tub and the drum; a detergent box (71, 81) communicated with the tub and provided to put a detergent therein; a distributor for distributing washing water supplied from an external water supply source; a detergent water supply pipe (35, 37) connected with the distributor, supplying washing water to the detergent box (71, 81); and a tub water supply pipe connected with the distributor, supplying washing water to the tub, characterized in that the top cover includes: a distributor holder formed at the rear of the top cover to allow the distributor to be held therein; a detergent box holder (255, 256) formed at the front of the top cover to allow the detergent box (71, 81) to be held therein, the detergent box (71, 81) being arranged below the tub cover; and a detergent water supply pipe pass through portion (254a, 254b) through which the detergent water supply pipe (35, 37) is extended from an upper portion of the top cover to a lower portion of the top cover. a housing; a tub provided inside the housing, for storing washing water therein; a drum rotatably provided inside the tub, for storing laundry therein; a top cover provided above the housing to cover upper portions of the tub and the drum; a detergent box (71, 81) communicated with the tub and provided to put a detergent therein; a distributor for distributing washing water supplied from an external water supply source; a detergent water supply pipe (35, 37) connected with the distributor, supplying washing water to the detergent box (71, 81); and a tub water supply pipe connected with the distributor, supplying washing water to the tub, characterized in that the top cover includes: a distributor holder formed at the rear of the top cover to allow the distributor to be held therein; a detergent box holder (255, 256) formed at the front of the top cover to allow the detergent box (71, 81) to be held therein, the detergent box (71, 81) being arranged below the tub cover; and a detergent water supply pipe pass through portion (254a, 254b) through which the detergent water supply pipe (35, 37) is extended from an upper portion of the top cover to a lower portion of the top cover. a distributor holder formed at the rear of the top cover to allow the distributor to be held therein; a detergent box holder (255, 256) formed at the front of the top cover to allow the detergent box (71, 81) to be held therein, the detergent box (71, 81) being arranged below the tub cover; and a detergent water supply pipe pass through portion (254a, 254b) through which the detergent water supply pipe (35, 37) is extended from an upper portion of the top cover to a lower portion of the top cover.
An assembly of a printed wiring board and an electric component, said electric component having a terminal, said printed wiring board comprising: an insulation board; a conductive pattern arranged on the board and formed into a predetermined circuit; a through-hole penetrating the board; and a non-conductive area, wherein the terminal of the electric component inserted into the through-hole projects from a surface of the board, and the electric component is mounted on the printed wiring board by bending the terminal toward the surface of the board, so that the bent terminal is positioned in the non-conductive area, wherein the non-conductive area is formed adjacent to the conductive pattern into a shape expanding toward a tip of the terminal of the electric component from a center of the through-hole, and prevents contact between the terminal and the conductive pattern, and wherein the non-conductive area is formed by the shape of the conductive pattern into a fan-shaped shape. an insulation board; a conductive pattern arranged on the board and formed into a predetermined circuit; a through-hole penetrating the board; and a non-conductive area, wherein the terminal of the electric component inserted into the through-hole projects from a surface of the board, and the electric component is mounted on the printed wiring board by bending the terminal toward the surface of the board, so that the bent terminal is positioned in the non-conductive area, wherein the non-conductive area is formed adjacent to the conductive pattern into a shape expanding toward a tip of the terminal of the electric component from a center of the through-hole, and prevents contact between the terminal and the conductive pattern, and wherein the non-conductive area is formed by the shape of the conductive pattern into a fan-shaped shape.
A white ink, comprising: an aqueous ink vehicle; from 5 wt% to 60 wt% of a white flocculated colorant mass, comprising: white metal oxide pigment having an average particulate size from 100 nm to 2,000 nm, silica and alumina coated on the white metal oxide pigment forming a silica and alumina-coated pigment, wherein the white metal oxide pigment content to total silica and alumina content is from 50:3 to 4:1 by weight, and a polymeric dispersant associated with a surface of the silica and alumina-coated pigment, wherein the polymeric dispersant includes a short-chain anionic dispersant having an acid number higher than 100 mg KOH/g based on dry polymer weight, and a non-ionic dispersant having an acid number not higher than 100 mg KOH/g based on dry polymer weight, the non-ionic dispersant having an average molecule weight from 500 Mw to 50,000 Mw. an aqueous ink vehicle; from 5 wt% to 60 wt% of a white flocculated colorant mass, comprising: white metal oxide pigment having an average particulate size from 100 nm to 2,000 nm, silica and alumina coated on the white metal oxide pigment forming a silica and alumina-coated pigment, wherein the white metal oxide pigment content to total silica and alumina content is from 50:3 to 4:1 by weight, and a polymeric dispersant associated with a surface of the silica and alumina-coated pigment, wherein the polymeric dispersant includes a short-chain anionic dispersant having an acid number higher than 100 mg KOH/g based on dry polymer weight, and a non-ionic dispersant having an acid number not higher than 100 mg KOH/g based on dry polymer weight, the non-ionic dispersant having an average molecule weight from 500 Mw to 50,000 Mw. white metal oxide pigment having an average particulate size from 100 nm to 2,000 nm, silica and alumina coated on the white metal oxide pigment forming a silica and alumina-coated pigment, wherein the white metal oxide pigment content to total silica and alumina content is from 50:3 to 4:1 by weight, and a polymeric dispersant associated with a surface of the silica and alumina-coated pigment, wherein the polymeric dispersant includes a short-chain anionic dispersant having an acid number higher than 100 mg KOH/g based on dry polymer weight, and a non-ionic dispersant having an acid number not higher than 100 mg KOH/g based on dry polymer weight, the non-ionic dispersant having an average molecule weight from 500 Mw to 50,000 Mw.
Use of a phytoextraction composition comprising seeds from at least one plant belonging to the Asteraceae family for the extraction of at least one heavy metal present in a soil, wherein the at least one plant belonging to the Asteraceae family is chosen from the species of the genera Calendula officinalis, Tagetes, Verbascum and a mixture thereof, and wherein the at least one heavy metal present in the soil is chosen from copper, arsenic, selenium, aluminium, chromium, nickel, thorium, zinc, and gallium, said use being characterized in that the soil is an agricultural soil or sewage sludge.
An automated fiber placement machine (100; 200) for placing composite material on a substrate, the AFP machine (100; 200) comprising: a first low-profile tow control module comprising one or more circular cutter blades; a second low-profile tow control module comprising one or more circular cutter blades; a vee block coupled to the first and second low-profile tow control modules (354A, 354B) and located between the first and second low-profile tow control modules (354A, 354B), the vee block comprising a plurality of air passages located therein; and a plurality of air fittings coupled to the vee block and nested between the first low-profile tow control module and the second low-profile tow control module, the plurality of air fittings being aligned with the air passages located within the vee block; and wherein the circular cutter blades are coupled to a cutter rocker arm configured to be rotated about an axle by a first, cutter extend piston and second, cutter retract piston and wherein said pistons (360A, 360D) are positioned within associated cavities in the vee block and coupled to the air passages. a first low-profile tow control module comprising one or more circular cutter blades; a second low-profile tow control module comprising one or more circular cutter blades; a vee block coupled to the first and second low-profile tow control modules (354A, 354B) and located between the first and second low-profile tow control modules (354A, 354B), the vee block comprising a plurality of air passages located therein; and a plurality of air fittings coupled to the vee block and nested between the first low-profile tow control module and the second low-profile tow control module, the plurality of air fittings being aligned with the air passages located within the vee block; and wherein the circular cutter blades are coupled to a cutter rocker arm configured to be rotated about an axle by a first, cutter extend piston and second, cutter retract piston and wherein said pistons (360A, 360D) are positioned within associated cavities in the vee block and coupled to the air passages.
An automobile-motor driving device equipped with speed reducer (A, B), comprising: an electric motor (1L, 1R, 1S); and a speed reducer (2L, 2R, 2S) for reducing and then transmitting power from the electric motor (1L, 1R, 1S) to a driving wheel; the speed reducer (2L, 2R, 2S) being provided by a parallel shaft gear speed reducer including an input gear shaft (23L, 23R, 23S) having an input gear for receiving power from a motor shaft, an output gear shaft (25L, 25R, 25S) having an output gear for transmitting driving power to the driving wheel, and one or more intermediate gear shafts (24L, 24R, 24S) having intermediate gears (24a, 24b) provided between the input gear shaft (23L, 23R, 23S) and the output gear shaft (25L, 25R, 25S); wherein the parallel shaft gear speed reducer has a plurality of gear shafts (23L, 23R, 23S 24L, 24R, 24S, 25L, 25R, 25S) supported at their two ends via rolling bearings (28a, 28b, 34a, 34b, 37a, 37b) which are fitted into bearing fitting holes (27a, 27b, 32a, 32b, 35a, 35b) formed in a speed reducer casing that houses the parallel shaft gear speed reducer, characterized in that the bearing fitting holes (27a, 27b, 32a, 32b, 35a, 35b) which are fitted with the rolling bearings (28a, 28b, 34a, 34b, 37a, 37b) have their inner circumferential surfaces formed with at least one groove for communication between a space in the casing that houses the speed reducer (2L, 2R, 2S) and an inside space of the bearing fitting hole (27a, 27b, 32a, 32b, 35a, 35b), at a location not crossed by a line of action of a load acting upon the relevant rolling bearing (28a, 28b, 34a, 34b, 37a, 37b) due to the meshing of the gears (23a, 24a, 24b, 25a).
A base station for wireless communication having a processing time for processing packet data, the base station comprising: a receiver configured to: receive packet data on an uplink channel from a mobile station; and a transmitter configured to: transmit from the base station a dedicated physical channel (DPCH) on a first frame, the first frame having a first time offset relative to a time reference associated with a primary common control physical channel (P-CCPCH); and characterised by being configured to: transmit from the base station an enhanced dedicated hybrid ARQ indicator channel, E-HICH, or an enhanced dedicated channel relative grant channel, E-RGCH on a second frame, the second frame being transmitted in a time period which does not overlap with a remote station processing time, the E-HICH or E-RGCH being responsive to the packet data transmission on the uplink channel, the second frame having a second time offset relative to the time reference, the second time offset being a function of the first time offset, wherein the second time offset is defined by the equation τ ec = τ ec 0 + k T ec where k is a variable, T ec and τ ec0 are both constants and wherein variable k is a function of τ dpch, first time offset, wherein k = ⌊ TTI dpch + 256 ⋅ τ dpch − τ ec 0 − TTI e − hich + T 0 _ min − 256 ⋅ UE proc _ req / 256 256 ⋅ T ec ⌋. where T 0_min and T ec are constants and UE proc_req is the processing time required for a remote station. a receiver configured to: receive packet data on an uplink channel from a mobile station; and a transmitter configured to: transmit from the base station a dedicated physical channel (DPCH) on a first frame, the first frame having a first time offset relative to a time reference associated with a primary common control physical channel (P-CCPCH); and characterised by being configured to: transmit from the base station an enhanced dedicated hybrid ARQ indicator channel, E-HICH, or an enhanced dedicated channel relative grant channel, E-RGCH on a second frame, the second frame being transmitted in a time period which does not overlap with a remote station processing time, the E-HICH or E-RGCH being responsive to the packet data transmission on the uplink channel, the second frame having a second time offset relative to the time reference, the second time offset being a function of the first time offset, wherein the second time offset is defined by the equation τ ec = τ ec 0 + k T ec where k is a variable, T ec and τ ec0 are both constants and wherein variable k is a function of τ dpch, first time offset, wherein k = ⌊ TTI dpch + 256 ⋅ τ dpch − τ ec 0 − TTI e − hich + T 0 _ min − 256 ⋅ UE proc _ req / 256 256 ⋅ T ec ⌋. where T 0_min and T ec are constants and UE proc_req is the processing time required for a remote station.
Method for spreading a laundry item, the laundry item being gripped at two adjacent corner regions (18, 19) of an edge by at least two spreader clips (12, 13) of a spreader device and spread, before being placed on a feed conveyor or laying strip assigned to the latter, characterized in that at least one corner region (18, 19) of the laundry item that is gripped by a spreader clip (12, 13) is captured by an imaging means as the laundry item is being spread, the corner region (18, 19) captured by the imaging means is compared with predefined references for a corner region (18, 19) and the spreading of the laundry item is stopped as soon as the corner region (18, 19) differs in shape from a predefined reference for a corner region (18, 19).
Museum showcase, comprising a bearing frame and fixed and openable walls supported by the bearing frame, wherein the bearing frame comprises a platform which includes joints (14, 15) connected to horizontal beams, characterised in that all the fixed and openable walls are supported only by the joints (14, 15), and each joint (14, 15) comprises a lower shell (23, 26), an upper shell (24, 27) and connecting tie rods (25, 28) between the lower shell (23, 26) and the upper shell (24, 27).
A method of manufacturing a structured grating, the method comprising the steps of: providing (110, 120, 130) a catalyst on a substrate, the catalyst having a grating pattern, growing nanostructures on the catalyst so as to form walls and trenches based on the grating pattern, and filling the trenches between the walls of nanostructures using an X-ray absorbing material. providing (110, 120, 130) a catalyst on a substrate, the catalyst having a grating pattern, growing nanostructures on the catalyst so as to form walls and trenches based on the grating pattern, and filling the trenches between the walls of nanostructures using an X-ray absorbing material.
Water level controller comprising an air trap connected to a pressure switch adapted to control the opening and closing of valves for the loading and draining of the water, characterized in that said air trap is shaped in such a way that its cross-section decreases from the bottom upwards at least in its bottom portion, wherein a height of the bottom portion is equal to at least 5% of the overall height of the air trap and the height of the bottom portion is equal to not more than 50% of the overall height of the air trap, being preferably comprised between 10% and 30%.