mhurhangee/ep-ind-claims huggingface dataset:
A handheld dehider comprising: a pair of cutting disks (12, 14); a drive mechanism for driving the cutting disks (12, 14) in opposed cutting oscillations including: an eccentric shaft; a main drive gear connected to rotate the eccentric shaft, a pair of pushrods (18, 20), one for each cutting disk (12, 14), each pushrod (18, 20) being connected between the eccentric shaft and its respective cutting disk (12, 14); a motor for driving the main drive gear; a housing having the drive mechanism and motor mounted therein, characterized in that it further comprises a first counterbalance mass rotated by the main gear, the first counterbalance mass being located on a first side of the pushrods (18, 20) and a second counterbalance mass rotated by the main gear, the second counterbalance mass being located on an opposite side of the pushrods (18, 20) from the first counterbalance mass, the first and second counterbalance masses (48, 52) cooperating to provide counterbalancing acting at a location between the first and second counterbalance masses (48, 52) to provide effective dynamic counterbalancing of the dehider. a pair of cutting disks (12, 14); a drive mechanism for driving the cutting disks (12, 14) in opposed cutting oscillations including: an eccentric shaft; a main drive gear connected to rotate the eccentric shaft, a pair of pushrods (18, 20), one for each cutting disk (12, 14), each pushrod (18, 20) being connected between the eccentric shaft and its respective cutting disk (12, 14); a motor for driving the main drive gear; a housing having the drive mechanism and motor mounted therein, an eccentric shaft; a main drive gear connected to rotate the eccentric shaft, a pair of pushrods (18, 20), one for each cutting disk (12, 14), each pushrod (18, 20) being connected between the eccentric shaft and its respective cutting disk (12, 14); a motor for driving the main drive gear; a housing having the drive mechanism and motor mounted therein,
Method for processing a digital input signal (x[n]) by a Finite Impulse Response, FIR, filtering means, comprising partitioning a first portion of the digital input signal (x[n]) in the time domain to obtain T partitions (x T [n]) of the digital input signal, where T is an integer bigger than 1; partitioning the FIR filtering means in the time domain to obtain T+S partitions (FIR T [n], FIR S [n]) of the FIR filtering means, where S is an integer bigger than 1; Fourier transforming the T partitions (x T [n]) of the digital input signal (x[n]) to obtain Fourier transformed signal partitions (X T (ω)); Fourier transforming a second portion of the digital input signal (x[n]) that is different from the first portion of the digital input signal (x[n]); partitioning the Fourier transformed second portion of the digital input signal (x[n]) to obtain S Fourier transformed signal partitions (X S (ω)); Fourier transforming the T+S partitions (FIR T [n], FIR S [n]) of the FIR filtering means to obtain Fourier transformed filter partitions (FIR T (ω), FIR S (ω)); performing a convolution of both the T and S Fourier transformed signal partitions (X T (ω), X S (ω)) and the corresponding Fourier transformed filter partitions (FIR T (ω), FIR S (ω)) to obtain spectral partitions (Y 1 (ω),.., Y T+S (ω)); combining the spectral partitions (Y 1 (ω),.., Y T+S (ω)) to obtain a total spectrum (Y(ω)); and inverse Fourier transforming the total spectrum (Y(ω)) to obtain a digital output signal y([n]) in the time domain.
Baby changing furniture with - a base plate, - a front wall arranged at the front side of the baby changing furniture and movable between a closed position and an open position in or on the baby changing furniture and - at least two side walls arranged on the base plate, wherein - the side walls and the front wall in the closed position extend substantially perpendicular to and delimit the base plate, characterized in that - the front wall has a first guide means, - at least one side wall has a second guide means, wherein - the guide means (40, 50) cooperate in such a way that by moving the front wall, which is in the closed position, in the direction of the rear of the baby changing furniture and then lifting the front wall the front wall can be moved from the closed position to the open position. - a base plate, - a front wall arranged at the front side of the baby changing furniture and movable between a closed position and an open position in or on the baby changing furniture and - at least two side walls arranged on the base plate, wherein - the side walls and the front wall in the closed position extend substantially perpendicular to and delimit the base plate, - the front wall has a first guide means, - at least one side wall has a second guide means, wherein - the guide means (40, 50) cooperate in such a way that by moving the front wall, which is in the closed position, in the direction of the rear of the baby changing furniture and then lifting the front wall the front wall can be moved from the closed position to the open position.
A motor control device comprising: a first board being a circuit board; a second board including a first electronic component including a switching element for power conversion, the second board being disposed along a plane intersecting the first board and attached to the first board; and a third board including a second electronic component configured to execute computation processing for controlling the first electronic component, the third board being disposed along a plane intersecting the first board and attached to the first board, wherein the first board includes: a first circuit connected to the first electronic component; a second circuit connected to the second electronic component and located apart from the first circuit; and characterized in that a transmission router configured to transmit a signal between the first circuit and the second circuit in a state where the first circuit and the second circuit are electrically insulated. a first board being a circuit board; a second board including a first electronic component including a switching element for power conversion, the second board being disposed along a plane intersecting the first board and attached to the first board; and a third board including a second electronic component configured to execute computation processing for controlling the first electronic component, the third board being disposed along a plane intersecting the first board and attached to the first board, wherein the first board includes: a first circuit connected to the first electronic component; a second circuit connected to the second electronic component and located apart from the first circuit; and characterized in that a transmission router configured to transmit a signal between the first circuit and the second circuit in a state where the first circuit and the second circuit are electrically insulated. a first circuit connected to the first electronic component; a second circuit connected to the second electronic component and located apart from the first circuit; and characterized in that a transmission router configured to transmit a signal between the first circuit and the second circuit in a state where the first circuit and the second circuit are electrically insulated.
An analysis device, in particular for analyzing water and wastewater, comprising a device housing that holds device components and has an opening on the housing front, said opening being openable and closable without using any tools, and a component carriage or component insert which supports part of the device components and is configured and arranged together with said device components in such a way that at least part of the carriage or insert can be conveyed out through the opening so that the device components placed thereon are easily accessible, wherein the opening in the device housing occupies only a part of the housing front, in particular between 25 and 75%, and more specifically between 40 and 60%, and the component carriage or component insert configured to be adapted thereto occupies a corresponding proportion of the device housing's volume, operating and/or display elements being provided on the remaining part of the housing front; and wherein on an upper device surface an injection port is provided for injecting a liquid when the device housing is closed, which port is connected with a reaction vessel mounted on the component carriage or component insert, for thermally decomposing the substance to be analyzed.
A method for producing a composite moulded part, in particular a fibre composite moulded part, in which reinforcing material, in particular reinforcing fibres is/are embedded in a matrix of thermoplastic material, wherein at least one layer of higher-melting reinforcing material - in particular of higher-melting reinforcing fibres - is combined with at least one layer of lower-melting fibres of thermoplastic material to form a laminate and wherein the laminate is exposed to heat and/or pressure so that the lower-melting fibres melt and the reinforcing material - in particular the reinforcing fibres - is/are impregnated by the melt or is/are embedded in the matrix of thermoplastic material, wherein the at least one layer of lower-melting fibres is a nonwoven fabric, wherein a meltblown nonwoven is used as nonwoven material which is produced using a meltblown system, wherein the meltblown system comprises a nozzle head which is provided with a plurality of nozzle openings arranged in at least one row, characterized in that each individual nozzle opening is exposed to a separate blown air stream.
A method of forming photovoltaic concentrator solar cells from a semiconductor wafer having a front surface and a rear surface comprising the following steps: (a) doping the rear surface of said wafer so as to provide a first doped region at the rear of said wafer; (b) depositing passivation layers on the front and rear surface (26,27) to provide a dopant mask; (c) forming one or more grooves in the rear surface, through the passivation layer, to within one diffusion length of the front surface of the wafer; (d) doping said rear surface so as to provide a second doped region solely in the one or more grooves, said second doped region being oppositely doped to said first doped region, the passivation layers acting as a mask to confine diffusion into the wafer to the grooved area only; (e) forming an opening, through the rear passivation layer to the first doped region; and (f) forming electrical contacts (37,38) on said rear surface to electrically connect to the first and second doped regions (29,32). (a) doping the rear surface of said wafer so as to provide a first doped region at the rear of said wafer; (b) depositing passivation layers on the front and rear surface (26,27) to provide a dopant mask; (c) forming one or more grooves in the rear surface, through the passivation layer, to within one diffusion length of the front surface of the wafer; (d) doping said rear surface so as to provide a second doped region solely in the one or more grooves, said second doped region being oppositely doped to said first doped region, the passivation layers acting as a mask to confine diffusion into the wafer to the grooved area only; (e) forming an opening, through the rear passivation layer to the first doped region; and (f) forming electrical contacts (37,38) on said rear surface to electrically connect to the first and second doped regions (29,32).
A near-field electromagnetic induction, NFEMI, antenna, comprising: an electric antenna including a first electrically conductive surface and a second electrically conductive surface; a magnetic antenna including a first coil, a second coil and a third coil; a first feeding connection coupled to one end of the first coil and the first electrically conductive surface; a second feeding connection coupled to another end of the first coil and coupled to one end of the second coil; wherein another end of the second coil is coupled to one end of the third coil; wherein another end of the third coil is coupled to the second electrically conductive surface; wherein the first, second and third coils (214,116,218) are configured to carry a time varying current from the first and second feeding connections (206,208) in a same direction; wherein the first coil is configured to have a first coupling coefficient with the second coil; and wherein the first coil is configured to have a second coupling coefficient with the third coil characterized in that the first and second coils are configured as a bifilar wound set of wires; and the third coil is not configured as part of the bifilar wound set of wires. an electric antenna including a first electrically conductive surface and a second electrically conductive surface; a magnetic antenna including a first coil, a second coil and a third coil; a first feeding connection coupled to one end of the first coil and the first electrically conductive surface; a second feeding connection coupled to another end of the first coil and coupled to one end of the second coil; wherein another end of the second coil is coupled to one end of the third coil; wherein another end of the third coil is coupled to the second electrically conductive surface; wherein the first, second and third coils (214,116,218) are configured to carry a time varying current from the first and second feeding connections (206,208) in a same direction; wherein the first coil is configured to have a first coupling coefficient with the second coil; and wherein the first coil is configured to have a second coupling coefficient with the third coil characterized in that the first and second coils are configured as a bifilar wound set of wires; and the third coil is not configured as part of the bifilar wound set of wires.
A device for driving and turning the slats of a Venetian blind, comprising: a bearing housing (4, 4'), a winding spool (5, 5') for a carrier band, a turning mechanism for tilting the slats, an abutment flange for fixing the angular end position (A, B) for the slats and an actuating element, which can be brought into operative connection to the turning mechanism by means of a lost motion mechanism, for arresting the slats in a working position during lowering of the Venetian blind, characterized in that at least the winding spool (5, 5'), the turning mechanism, the abutment flange, the actuating element and the lost motion mechanism are arranged in a common bearing housing (4, 4'). a bearing housing (4, 4'), a winding spool (5, 5') for a carrier band, a turning mechanism for tilting the slats, an abutment flange for fixing the angular end position (A, B) for the slats and an actuating element, which can be brought into operative connection to the turning mechanism by means of a lost motion mechanism, for arresting the slats in a working position during lowering of the Venetian blind, characterized in that at least the winding spool (5, 5'), the turning mechanism, the abutment flange, the actuating element and the lost motion mechanism are arranged in a common bearing housing (4, 4').
A method of treating a citrus plant to reduce the incidence of one or more insect-vectored bacterial infections, comprising the step of applying a treatment composition to the plant, wherein the treatment composition comprises an effective amount of aluminum tris(O-ethyl phosphonate) and wherein the bacterial infection is citrus greening.
A medical imaging apparatus, comprising: a medical image capturing unit configured to capture fluoroscopy images of an object; and a first control unit (112; 310; 410; 510; 820), including a software application (330; 430; 530; 830), configured to control the medical image capturing unit to capture a fluoroscopy image (441, 495; 751) of the object based on a first software component (340; 440; 531; 610; 840) configured to control capturing of the fluoroscopy image (441, 495; 751) when the first software component (340; 440; 531; 610; 840) is in an active state, and periodically monitor a state of the first software component (340; 440; 531; 610; 840) included in said software application (330; 430; 530; 830), wherein the first control unit (112; 310; 410; 510; 820) is further configured to set a second software component (350, 351, 352; 450, 451, 452; 541, 542, 543; 620; 850), which has the same structure and functions as the first software component (340; 440; 531; 610; 840), to be in an active state when the first software component (340; 440; 531; 610; 840) is in a failure state so as to control the medical image capturing unit to continue capturing of the fluoroscopy image (441, 495; 751) of the object. a medical image capturing unit configured to capture fluoroscopy images of an object; and a first control unit (112; 310; 410; 510; 820), including a software application (330; 430; 530; 830), configured to control the medical image capturing unit to capture a fluoroscopy image (441, 495; 751) of the object based on a first software component (340; 440; 531; 610; 840) configured to control capturing of the fluoroscopy image (441, 495; 751) when the first software component (340; 440; 531; 610; 840) is in an active state, and periodically monitor a state of the first software component (340; 440; 531; 610; 840) included in said software application (330; 430; 530; 830), wherein the first control unit (112; 310; 410; 510; 820) is further configured to set a second software component (350, 351, 352; 450, 451, 452; 541, 542, 543; 620; 850), which has the same structure and functions as the first software component (340; 440; 531; 610; 840), to be in an active state when the first software component (340; 440; 531; 610; 840) is in a failure state so as to control the medical image capturing unit to continue capturing of the fluoroscopy image (441, 495; 751) of the object.
An electrolyte solution for a lithium ion secondary battery, comprising a nonaqueous solvent, a lithium salt and a compound represented by the general formula: wherein Ar 1 denotes a substituted or nonsubstituted divalent aromatic group having 8 to 20 atoms of the nucleus(es); R 1 denotes a saturated or unsaturated monovalent hydrocarbon group having 1 to 20 carbon atoms; and m denotes a natural number of 2 to 16, and p denotes an integer of 0 to 6.
A release apparatus for doors of vehicles, such as vans, trucks, heavy goods vehicles, articulated trucks, trailers and the like, comprising a base, which can be anchored stably to the door, and a handle assembly, which can be anchored to at least one rod that can be coupled rotatably to the door and supports respective means for anchoring to the frame of the vehicle, said handle assembly being able to rotate with respect to said base between at least one locking configuration, in which the anchoring means can engage even indirectly the frame of the vehicle, and at least one release configuration, in which the anchoring means are in any case disengaged from the frame of the vehicle, in order to allow the rotation of the door, a locking button being coupled rotatably to said base and being reversibly movable between at least one first angular position, in which it is arranged even indirectly so as to interfere with the motion of said handle assembly, and at least one second angular position, in which it is spaced from said handle assembly, in order to allow the movement of said handle assembly, said button comprising a laminar element, which is provided in one piece and has a substantially flat central portion, which is interposed between respective opposite end flaps, which are bent and are articulated to said base, characterized in that said laminar element is constituted substantially by a metal plate that is cold-deformed to provide said bent flaps.
A valve plate made of fiber-reinforced plastic for gas exchange valves of reciprocating piston compressors comprising at least two concentric sealing rings, that cooperate with corresponding seating surfaces at the valve seat by way of profiled sealing surfaces and that are connected by way of radial webs, wherein the webs are designed to be thinner between the sealing rings along the entire radial extent thereof and on both sides of the valve plate compared to the adjacent thickness of the sealing rings, characterized in that holding means and preferably centering means for the valve springs are designed at least in some of the areas of reduced thickness of the webs on the back side of the valve plate facing away from the sealing surfaces.
A harness for use by a person at height comprising: a waist belt and two leg loops, each of which, when in use, encircles the waist and each of a user' thighs respectively, wherein some or all of the harness elements include a connection piece; a bridge being an elongate flexible component, intended to be loaded under tension extending between the connetion pieces, the bridge extending across a part of a user's body; connection means connected to the bridge to convey at least part of a user's weight from the leg loops through the connection pieces and the bridge to a support element; the connection means has a coupling means having a body (30, 330), sleeve or a plurality of spaced guides (66, 166) that at least partially surrounds the bridge, that can move along the bridge characterised in that the body (30, 330), sleeve or plurality of spaced guides (66, 166) is capable of loading the bridge at spaced-apart locations by distributing load along a length of the bridge that is a substantial proportion of the dimension of a user's body that is spanned by the bridge. a waist belt and two leg loops, each of which, when in use, encircles the waist and each of a user' thighs respectively, wherein some or all of the harness elements include a connection piece; a bridge being an elongate flexible component, intended to be loaded under tension extending between the connetion pieces, the bridge extending across a part of a user's body; connection means connected to the bridge to convey at least part of a user's weight from the leg loops through the connection pieces and the bridge to a support element; the connection means has a coupling means having a body (30, 330), sleeve or a plurality of spaced guides (66, 166) that at least partially surrounds the bridge, that can move along the bridge characterised in that the body (30, 330), sleeve or plurality of spaced guides (66, 166) is capable of loading the bridge at spaced-apart locations by distributing load along a length of the bridge that is a substantial proportion of the dimension of a user's body that is spanned by the bridge.
A water extraction facility, comprising a suction box having a suction opening and communicating via a conduit with a separator separating air from water, the top part of the separator communicating via pipework (14, 15), on which is mounted a vacuum pump, with a chamber, disposed above the suction opening and opening out towards the suction opening via a connector, characterised in that - a perforated sheet metal element creating head loss is mounted in the connector, - the connector is clamped to a channel in which is mounted a honeycomb bundle, the dimension of the cells thereof being greater than that of the perforations of the perforated sheet metal element, and - the perforated sheet metal element is covered with a metallic web that has a void fraction of between 25 and 50% and that has perforations of which one dimension is smaller that those of the perforations of the perforated sheet metal element. - a perforated sheet metal element creating head loss is mounted in the connector, - the connector is clamped to a channel in which is mounted a honeycomb bundle, the dimension of the cells thereof being greater than that of the perforations of the perforated sheet metal element, and - the perforated sheet metal element is covered with a metallic web that has a void fraction of between 25 and 50% and that has perforations of which one dimension is smaller that those of the perforations of the perforated sheet metal element.