mhurhangee/ep-ind-claims huggingface dataset:
A high frequency power transformer comprising a primary winding and a secondary winding (103, 103'), said transformer being produced in a multilayer printed circuit board comprising at least the following stacked layers in succession: a first conductive layer, a first layer of dielectric substrate, a second conductive layer, a second layer of dielectric substrate, and a third conductive layer, the primary winding being formed by turns printed in the second conductive layer, the secondary winding (103, 103') being formed by a first half-winding printed in the first conductive layer, this first half-winding being connected to a second half-winding printed in the third conductive layer, the turns of the secondary winding (103, 103') being placed opposite to the turns of the primary winding, the widths of the turns of the windings (101, 103, 103') being chosen as a function of the thicknesses of the layers of dielectric substrate, of the instantaneous frequency band and of the power of the high-frequency signal passing through the transformer, characterised in that at least one capacitive element (601a, 601b, 601c) is connected between at least one turn of one of the windings (101, 103, 103') and an electric ground.
An on-chip memory comprising: a plurality of design Intellectual Properties (IPs); a memory that includes a storage area; and a processor connected to the memory, characterised in that the processor is configured to: monitor latency of a memory traffic for at least one IP among the plurality of IPs, and control a usage of a storage area corresponding to the at least one IP, if a difference between a latency threshold value corresponding to the at least one IP and a monitored latency of the at least one IP is smaller than a predetermined value, based on an operation table including information for the at least one IP among the plurality of IPs. a plurality of design Intellectual Properties (IPs); a memory that includes a storage area; and a processor connected to the memory, characterised in that the processor is configured to: monitor latency of a memory traffic for at least one IP among the plurality of IPs, and control a usage of a storage area corresponding to the at least one IP, if a difference between a latency threshold value corresponding to the at least one IP and a monitored latency of the at least one IP is smaller than a predetermined value, based on an operation table including information for the at least one IP among the plurality of IPs. monitor latency of a memory traffic for at least one IP among the plurality of IPs, and control a usage of a storage area corresponding to the at least one IP, if a difference between a latency threshold value corresponding to the at least one IP and a monitored latency of the at least one IP is smaller than a predetermined value, based on an operation table including information for the at least one IP among the plurality of IPs.
Refrigerator having a door, at least one storage compartment for receiving refrigerated goods, a folding tray which is arranged on the door of the refrigerator in the storage compartment and has a housing which together with an openable fold-down lid encloses an interior of the folding tray, wherein there is provided on the folding tray at least one ventilation element, by means of which the exchange of air between the interior of the folding tray and the storage compartment can be adjusted through at least one opening, characterised in that the ventilation element has at least one slide, by means of which the opening can be closed to a greater or lesser extent, and in that the ventilation element has a filter for filtering the air penetrating through the opening, wherein the filter is provided on the slide.
Device for measuring current, comprising a magnetic field sensor for measuring a magnetic field produced by a current flowing through a current conductor, the magnetic field sensor encapsulated into a housing, and a yoke of a magnetic material having a relative permeability of at least 100, wherein the current conductor has a rectangular cross section and a bottom side and a top side, wherein the current conductor extends in relation to a Cartesian coordinate system having three axes designated as x-axis, y-axis and z-axis in the direction of the y-axis, in which the current flows, and the magnetic field sensor is sensitive to that component of the magnetic field which extends in the direction of the x-axis, wherein the yoke is formed of an oblong piece of sheet metal or a laminate of sheet metals and is formed by bending such that the yoke has two sidewalls extending in the direction of the z-axis and two ends (10, 11) separated by an air gap, the front faces of which face each other, so that the yoke completely circumscribes the current conductor with the exception of the air gap, wherein the yoke has a length measured in the direction of the x-axis and a height measured in the direction of the y-axis, the housing with the magnetic field sensor is placed inside the yoke and outside the air gap of the yoke and glued on the top side of the current conductor or mounted on a printed circuit board and the printed circuit board fixed on the top side of the current conductor, the magnetic field sensor comprises at least one Hall element (5A; 5B) and two magnetic field concentrators (7, 8) or is an AMR or GMR sensor, which comprises a ferromagnetic resistive element, or is a fluxgate sensor, which comprises a ferromagnetic core, wherein the magnetic field concentrators (7, 8) or the ferromagnetic resistive element or the ferromagnetic core are essentially passed through by stray lines of the magnetic field that issue from the ends (10, 11) of the yoke, the length of the yoke is at least the same size as the height of the yoke, the magnetic field sensor is placed at a distance from the air gap of the yoke which is measured from the surface of the magnetic field concentrators (7, 8) or the ferromagnetic resistive element or the ferromagnetic core, wherein the distance is less than a smallest distance from the sidewalls of the yoke which smallest distance is measured along the x-axis from the outer end of the magnetic field concentrators (7, 8) or the ferromagnetic resistive element or the ferromagnetic core, and the yoke is secured directly or with distance keeping means to the bottom side of the current conductor.
A control accessory for an electrical apparatus provided with a connection terminal capable of being connected to an electric cable, the control accessory comprising: - a frame provided with a cooperation system configured to cooperate with the electrical apparatus in a mounted position, the cooperation system comprising at least one snap-fitting element configured to cooperate with a complementary element of the electrical apparatus in the mounted position, - a current sensor arranged to measure an electrical current flowing through the electric cable, when the electric cable is connected to the connection terminal, the current sensor comprising a measuring portion forming a loop capable of surrounding a section of the electric cable, the measuring portion being provided with a closing system capable of maintaining the loop in a closed position and providing a passage space for said section of the electric cable inside the loop in the open position. - a frame provided with a cooperation system configured to cooperate with the electrical apparatus in a mounted position, the cooperation system comprising at least one snap-fitting element configured to cooperate with a complementary element of the electrical apparatus in the mounted position, - a current sensor arranged to measure an electrical current flowing through the electric cable, when the electric cable is connected to the connection terminal, the current sensor comprising a measuring portion forming a loop capable of surrounding a section of the electric cable, the measuring portion being provided with a closing system capable of maintaining the loop in a closed position and providing a passage space for said section of the electric cable inside the loop in the open position.
A method of making an optochemical sensor, the method comprising: providing a reflective substrate having a major surface; affixing a detection layer comprising at least one intrinsically microporous polymer to at least a portion of the major surface; depositing a substantially continuous semi-reflective metallic layer on at least a portion of the detection layer, the semi-reflective metallic layer comprising palladium and having a network of fine irregular cracks therein; and heating at least the detection layer and semi-reflective metallic layer in the presence of molecular oxygen at a temperature sufficient to cause the cracks to widen. providing a reflective substrate having a major surface; affixing a detection layer comprising at least one intrinsically microporous polymer to at least a portion of the major surface; depositing a substantially continuous semi-reflective metallic layer on at least a portion of the detection layer, the semi-reflective metallic layer comprising palladium and having a network of fine irregular cracks therein; and heating at least the detection layer and semi-reflective metallic layer in the presence of molecular oxygen at a temperature sufficient to cause the cracks to widen.
A fiber cord for reinforcement, comprising an adhesive treatment agent attached to a surface thereof, characterized in that the fiber cord includes, in an inner layer part thereof, a compound A 1 having a molecular weight of less than 1,000 and a smaller amount of a compound B 1 than the compound A 1, the compound A 1 being an aromatic compound or a compound containing an α-dicarboxylic acid component, the compound B 1 being an aliphatic compound or an alicyclic compound, wherein the compound A 1 is located only in the inner layer part of the fiber cord.
A golf ball comprising a spherical core, a mid layer positioned outside the core, an inner cover positioned outside the mid layer, and an outer cover positioned outside the inner cover, wherein a Shore D hardness Hm of the mid layer is greater than a Shore D hardness Hinc of the inner cover, and the hardness Hinc is greater than a Shore D hardness Houc of the outer cover, a difference (Hm - Houc) between the hardness Hm and the hardness Houc is greater than 25, a volume Vm of the mid layer is greater than a volume Vinc of the inner cover, and the volume Vinc is greater than a volume Vouc of the outer cover, a ratio [(Vm + Vinc + Vouc) / V] of a sum (Vm + Vinc + Vouc) of the volume Vm, the volume Vinc, and the volume Vouc relative to a volume V of an entirety of the golf ball is less than 0.30, a ratio (Vm / Vouc) of the volume Vm relative to the volume Vouc is greater than 1.50, and a product (Vm ∗ Hm) of the hardness Hm and the volume Vm and a product (Vouc ∗ Houc) of the hardness Houc and the volume Vouc meet the following relationship: Vm * Hm / Vouc * Houc > 3.0, characterized in that the inner cover is formed from a resin composition including as principal component an ionomer resin, wherein the proportion of the ionomer resin to the entire base polymer is equal to or greater than 60% by weight.
A driving force transmission device, comprising: an input shaft and an output shaft which are placed coaxially with each other; a clutch unit that connects and disconnects the input shaft and the output shaft to and from each other; an electromagnet that is disposed so that the electromagnet can rotate relative to a shaft body included in one of the input shaft and the output shaft; a rotor that faces the electromagnet in an axial direction of the shaft body; an armature that is placed so as to face an opposite side of the rotor from the electromagnet and so that the armature can move in the axial direction, and that engages and disengages the clutch characterised in that it further comprises; an internally threaded portion that is formed on an inner periphery of the rotor and engages with an externally threaded portion formed on an outer periphery of the shaft body; and an elastic member that elastically presses the rotor screw-fitted on the outer periphery of the shaft body toward the electromagnet; and a rotation stopper structure that stops rotation of the rotor relative to the shaft body. an input shaft and an output shaft which are placed coaxially with each other; a clutch unit that connects and disconnects the input shaft and the output shaft to and from each other; an electromagnet that is disposed so that the electromagnet can rotate relative to a shaft body included in one of the input shaft and the output shaft; a rotor that faces the electromagnet in an axial direction of the shaft body; an armature that is placed so as to face an opposite side of the rotor from the electromagnet and so that the armature can move in the axial direction, and that engages and disengages the clutch characterised in that it further comprises; an internally threaded portion that is formed on an inner periphery of the rotor and engages with an externally threaded portion formed on an outer periphery of the shaft body; and an elastic member that elastically presses the rotor screw-fitted on the outer periphery of the shaft body toward the electromagnet; and a rotation stopper structure that stops rotation of the rotor relative to the shaft body.
An actuation device for a lifting system (10, 20, 30, 40) for door leaves of furniture, said actuation device comprising: - a fixing plate that can be connected to the body of the piece of furniture, - a supporting lever for the door leaf, which is connected, so that it can oscillate, to the fixing plate at a fulcrum and comprises, at the fulcrum, a connecting portion that extends eccentrically with respect to the fulcrum, - elastic means that comprise a body for accommodating at least one elastic element, wherein the actuation device comprises an intermediate connecting lever that comprises two opposite ends, a first end of the intermediate connecting lever being coupled, so that it can oscillate, to the connecting portion of the supporting lever, at a first pivot, the body of said elastic means having at least one first end which is coupled, so that it can oscillate and rotate, to the fixing plate and a second, opposite end that has a second pivot, a second end of the intermediate connecting lever being coupled, so that it can oscillate, to the body of said elastic means, at the second pivot, said intermediate connecting lever comprising an actuation surface or cam which is arranged substantially at the second pivot, said elastic means further comprising a pusher that is supported so that it can move longitudinally by said accommodation body and is pressed by the at least one elastic element, said cam cooperating with said pusher, said pusher moving along a curved portion of the cam. - a fixing plate that can be connected to the body of the piece of furniture, - a supporting lever for the door leaf, which is connected, so that it can oscillate, to the fixing plate at a fulcrum and comprises, at the fulcrum, a connecting portion that extends eccentrically with respect to the fulcrum, - elastic means that comprise a body for accommodating at least one elastic element,
A method for distributing information (116, 206) comprising: detecting one or more requests (118, 214) for the information (116, 206); determining whether the information (116, 206) is to be broadcast; marking the information (116, 206) to be broadcast with one or more markings indicating type, size, regional destination, content, age or importance of the information and allowing a filter in a receiving device to determine if the broadcast contains content of interest; and transmitting the information (116, 206) in a broadcast transmission (124, 216) based on the determination. detecting one or more requests (118, 214) for the information (116, 206); determining whether the information (116, 206) is to be broadcast; marking the information (116, 206) to be broadcast with one or more markings indicating type, size, regional destination, content, age or importance of the information and allowing a filter in a receiving device to determine if the broadcast contains content of interest; and transmitting the information (116, 206) in a broadcast transmission (124, 216) based on the determination.
A spore carrier comprising a substrate, a hydrophilic nanostructured layer coated on the surface of the substrate, wherein the hydrophilic nanostructured layer comprises silica nanoparticles and a nanostructured surface; and spores bonded to the hydrophilic nanostructured surface.
An object data allocation system having a server apparatus and a client device coupled together via a network, for placing an object data file held by the server apparatus in the client device, wherein, the object data file comprises at least one data block (403, 404, 405); the server apparatus comprises a distribution data creation unit and a delivery unit, wherein the distribution data creation unit is arranged to specify a storage data group, wherein the storage data group comprises at least one data block (406, 407, 408), being stored in a storage device of the client device which storage device becomes a delivery destination of the at least one data block in the object data file, to extract from the specified storage data group at least one data block which is similar at the byte-level to the at least one data block in the object data file, wherein the at least one data block extracted from the specified storage data group is similar at the byte-level to, but is not a previous version of, the at least one data block in the object data file to create difference data (412, 801) indicative of a difference at the byte-level between the at least one data block extracted from the specified storage data group and the at least one data block in the object data file, and to create allocation information indicating placement within the storage device of the client device and being used for specifying the at least one data block extracted from the specified storage data group; the delivery unit is arranged to send distribution data containing therein the difference data (412, 801) and the allocation information to the client device; and wherein the client device comprises a restructuring unit, the restructuring unit being arranged to specify the at least one data block extracted from the specified storage data group stored in the storage device in accordance with the allocation information contained in the distribution data received, to create, using the allocation information, an analogous data file from the at least one data block extracted from the specified storage data group, the analogous data file differing from the object data file by the difference data, and to rebuild the object data file using the created analogous data file and the difference data (412, 801).
Protective tube for insertion into a pipe or vessel containing a medium, the protective tube comprising a tubular member having a bore extending between an upper and lower end of the tubular member, and at least one helical fin formed on at least a section of an outer surface of the tubular member, winding around the outer surface of the tubular member and defining a flow channel along at least a part of the tubular member, wherein an outer surface of the tubular member in an area of the at least one flow channel comprises a surface structure characterised in that the surface structure comprises a surface corrugation. a tubular member having a bore extending between an upper and lower end of the tubular member, and at least one helical fin formed on at least a section of an outer surface of the tubular member, winding around the outer surface of the tubular member and defining a flow channel along at least a part of the tubular member, wherein an outer surface of the tubular member in an area of the at least one flow channel comprises a surface structure characterised in that the surface structure comprises a surface corrugation.
A method, performed by a User Equipment, UE, in an Long Term Evolution, LTE, Time Division Duplexing, TDD system where uplink-downlink subframe distribution changes dynamically, wherein the method comprises: receiving, through system information block 1, SIB1, a first uplink-downlink configuration; obtaining a first maximum number of downlink hybrid automatic repeat request, HARQ, processes for the first uplink-downlink configuration; obtaining a first soft buffer size for a first code block based on the first maximum number of the downlink HARQ processes; performing a HARQ soft combination based on the first soft buffer size; receiving, through radio resource control, RRC, signaling, a reference HARQ-ACK timing relation; after a change from the first uplink-downlink configuration to a second uplink-downlink configuration, obtaining a second maximum number of downlink HARQ processes for the second uplink-downlink configuration based on the reference HARQ-ACK timing relation; obtaining a second soft buffer size for a second code block based on the second maximum number of the downlink HARQ processes; and performing the HARQ soft combination based on the second soft buffer size. receiving, through system information block 1, SIB1, a first uplink-downlink configuration; obtaining a first maximum number of downlink hybrid automatic repeat request, HARQ, processes for the first uplink-downlink configuration; obtaining a first soft buffer size for a first code block based on the first maximum number of the downlink HARQ processes; performing a HARQ soft combination based on the first soft buffer size; receiving, through radio resource control, RRC, signaling, a reference HARQ-ACK timing relation; after a change from the first uplink-downlink configuration to a second uplink-downlink configuration, obtaining a second maximum number of downlink HARQ processes for the second uplink-downlink configuration based on the reference HARQ-ACK timing relation; obtaining a second soft buffer size for a second code block based on the second maximum number of the downlink HARQ processes; and performing the HARQ soft combination based on the second soft buffer size.
Method for generating a plasma using a plasma generator comprising a piezoelectric transformer, comprising an input region and an output region, wherein an AC voltage is applied to the input region and the input region converts the applied AC voltage into a mechanical oscillation, wherein the output region converts the mechanical oscillation into an electrical voltage, and wherein the piezoelectric transformer ignites a plasma on an output-side end side of the piezoelectric transformer, characterized in that the piezoelectric transformer comprises a longest edge and a shortest edge, wherein the longest edge comprises a length that is a maximum of twenty times the length of the shortest edge.