mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery comprising: an electrode assembly in which a separator is interposed in between a first electrode and a second electrode; a case for accommodating the electrode assembly; a cap plate for sealing an opening at the upper end of the case, wherein a first terminal is electrically connected to the first electrode of the electrode assembly; a plate terminal is arranged on an exterior of the cap plate; characterized in that, at least one stepped portion integrally formed with the cap plate is protruding in exterior direction from the cap plate; the plate terminal is provided with, on a bottom part thereof, a recessed groove having a size and a depth corresponding to the size and the depth of the stepped portion; and the plate terminal is fitted onto and fixed to the stepped portion. an electrode assembly in which a separator is interposed in between a first electrode and a second electrode; a case for accommodating the electrode assembly; a cap plate for sealing an opening at the upper end of the case, wherein a first terminal is electrically connected to the first electrode of the electrode assembly; a plate terminal is arranged on an exterior of the cap plate; characterized in that, at least one stepped portion integrally formed with the cap plate is protruding in exterior direction from the cap plate; the plate terminal is provided with, on a bottom part thereof, a recessed groove having a size and a depth corresponding to the size and the depth of the stepped portion; and the plate terminal is fitted onto and fixed to the stepped portion.
A method of migrating a guest of a virtual machine from a host computing device to a target computing device, the method comprising: at the host computing device comprising a network adapter: preparing, using one or more processors of the network adapter, to send information to a target computing device, the information including at least a flow key and a first data packet of a plurality of data packets of the guest; generating, using the one or more processors of the network adapter, a receive token by encrypting the flow key using a receive master key; encrypting the first data packet using the flow key; sending the encrypted first data packet and receive token to the target computing device; at the target computing device: receiving the encrypted first data packet and receive token; decrypting the receive token using the receive master key; identifying the flow key in response to decrypting the receive token; and decrypting the first data packet using the identified flow key; and completing migration of the guest to the target computing device by repeating the preceding steps for remaining data packets of the plurality of data packets of the guest. at the host computing device comprising a network adapter: preparing, using one or more processors of the network adapter, to send information to a target computing device, the information including at least a flow key and a first data packet of a plurality of data packets of the guest; generating, using the one or more processors of the network adapter, a receive token by encrypting the flow key using a receive master key; encrypting the first data packet using the flow key; sending the encrypted first data packet and receive token to the target computing device; preparing, using one or more processors of the network adapter, to send information to a target computing device, the information including at least a flow key and a first data packet of a plurality of data packets of the guest; generating, using the one or more processors of the network adapter, a receive token by encrypting the flow key using a receive master key; encrypting the first data packet using the flow key; sending the encrypted first data packet and receive token to the target computing device; at the target computing device: receiving the encrypted first data packet and receive token; decrypting the receive token using the receive master key; identifying the flow key in response to decrypting the receive token; and decrypting the first data packet using the identified flow key; and receiving the encrypted first data packet and receive token; decrypting the receive token using the receive master key; identifying the flow key in response to decrypting the receive token; and decrypting the first data packet using the identified flow key; and completing migration of the guest to the target computing device by repeating the preceding steps for remaining data packets of the plurality of data packets of the guest.
Disc brake for vehicles, in particular for commercial vehicles for clamping a brake disc with at least two brake linings (3, 3a), comprising an adjusting spindle which can be adjusted axially in the direction of the brake linings (3, 3a) for setting an air play between the brake linings (3, 3a) and the brake disc, the adjusting spindle having a pressure plate axially in the direction of the brake linings (3, 3a), and a pressure piece being arranged on the adjusting spindle, in a manner which is opposed axially to the direction of the brake linings (3, 3a), whereby the pressure piece has an anti-rotation safeguard for blocking a rotation of the adjusting spindle, and the anti-rotation safeguard is configured in such a way that the anti-rotation safeguard engages axially into the adjusting spindle, whereby the anti-rotation safeguard comprises a fixing element, with an opening, and a connecting element, and the connecting element is set up to engage into the opening of the fixing element, whereby the connecting element is connected in a positively locking manner to the pressure piece, characterized in that, axially in the direction of the adjusting spindle, the pressure piece has a guide of T-shaped configuration for receiving the connecting element.
Control unit for actuating an electrical consumer, in particular an electric machine, having a first and a second voltage connection (46, 48) to supply electrical energy to the control unit, - a capacitance, which is connected between the voltage connections (46, 48), - at least one half-bridge, which is connected between the voltage connections (46, 48), wherein the half-bridge has two controllable switches (52, 54), between which a half-bridge tap is formed to connect the consumer, - a safety circuit, which is designed to close one of the controllable switches (52, 54) of the half-bridge in the event of a fault, and - a discharge circuit, which is designed to electrically connect the voltage connections (46, 48) in the event of a fault, wherein a control circuit is designed to provide a control signal in the event of a detected fault, said control signal triggering the safety circuit and the discharge circuit, characterized in that the safety circuit has a controllable switch, which is designed to connect the first voltage connection via a resistor to a control input of the connected controllable switch (52, 54). - a capacitance, which is connected between the voltage connections (46, 48), - at least one half-bridge, which is connected between the voltage connections (46, 48), wherein the half-bridge has two controllable switches (52, 54), between which a half-bridge tap is formed to connect the consumer, - a safety circuit, which is designed to close one of the controllable switches (52, 54) of the half-bridge in the event of a fault, and - a discharge circuit, which is designed to electrically connect the voltage connections (46, 48) in the event of a fault,
A method for manufacturing a semiconductor device, comprising irradiating light to an effective region of a semiconductor substrate and dicing the semiconductor substrate after the irradiating, wherein at least one of an IGBT and a diode is formed in the semiconductor substrate, the effective region is a region other than a region to be an end surface of the semiconductor substrate formed by the dicing, wherein the light is irradiated so that a focus point of the light is made within a respective drift region of the at least one of the IGBT and the diode in the irradiating, a wavelength of the light is a wavelength adapted so that two-photon absorption occurs and light absorptance of the semiconductor substrate increases if an intensity of the light increases, the focus point is moved along a depth direction of the semiconductor substrate in the irradiating, an intensity of the light is high in the focus point such that crystal defects are formed at the focus point by the irradiating, and an intensity of the light is low in regions other than the focus point such that formation of the crystal defects is inhibited in the regions other than the focus point.
A trunk piston engine lubricating oil composition comprising (a) a major amount of an oil of lubricating viscosity; (b) one or more carboxylate-containing detergents comprising a salt of an alkyl-substituted hydroxyaromatic carboxylic acid, wherein at least 50 % of the alkyl groups of the alkyl-substituted hydroxyaromatic carboxylic acid comprises C 26+ alkyl groups derived from one or more normal alpha olefins, estimated by gas chromatography and high-performance liquid chromatography (HPLC); and (c) one or more zinc dithiophosphates in an amount of 0.02 to 0.12 wt. % in terms of phosphorus content wherein said one or more carboxylate-containing detergents is present from 0.3 wt.% to 15 wt.% based on the total weight of the trunk piston engine lubricating oil composition.
Electrical transformer with a housing, in which the transformer is encapsulated, for operation in the extended temperature range between -40 °C and +130 °C, wherein the transformer has transformer windings which are distributed as linear sequential, axially aligned coils (10, 20, 30) in three chambers, thereby having a single, centrally symmetrically arranged primary coil as well as two further coils (10, 30) which have a mechanically concatenated construction; the overall length of the transformer is not less than 8 times the overall height and the maximum overall height of the transformer is 13 mm, and the construction volume of the transformer including the housing is limited to 130 cubic centimeters.
Turbomachine comprising an annular space seal for at least reducing a fluid exchange between an annular space, which Is passed through by a main flow, and at least one cavity (38, 40) positioned radially inwards and/or radially outwards from the annular space, wherein the annular space seal has a plurality of plate-shaped spring elements (42a, 42b, 44a, 44b, 60, 62), characterized in that the spring elements (42a, 42b, 44a, 44b, 60,62) extend in the axial direction of the turbomachine over shroud edges (48, 63, 70, 72) of a stationary blade row, on which they are positioned, wherein they are oriented in the radial direction of the turbomachine and at their respective locations in the flow direction of the main flow which passes through the respective stationary blade row, such that they display an angled orientation in the axial direction of the turbomachine.
Transition piece for a tower of a wind turbine, - with a cylindrical jacket piece, which comprises a jacket inner surface, a jacket outer surface and a connecting flange, - with a base piece, which closes off the jacket piece on one side at least in sections, - wherein the transition piece comprises at least one annular stiffening element, wherein the annular stiffening element is arranged below and at a distance from the connecting flange of the jacket piece inside and/or outside the jacket piece, - with at least three cylindrical elements, which are connected to the jacket piece in a material-bonded manner at least in sections and each have a connecting flange at their end facing away from the jacket piece, characterized in that the cylindrical elements are connected to the jacket piece in such a way that the jacket piece divides the cylindrical element at least in sections in its longitudinal extension into an outer part section and an inner part section, the outer part section being connected to the jacket outer surface and the inner part section being connected to the jacket inner surface. - with a cylindrical jacket piece, which comprises a jacket inner surface, a jacket outer surface and a connecting flange, - with a base piece, which closes off the jacket piece on one side at least in sections, - wherein the transition piece comprises at least one annular stiffening element, wherein the annular stiffening element is arranged below and at a distance from the connecting flange of the jacket piece inside and/or outside the jacket piece, - with at least three cylindrical elements, which are connected to the jacket piece in a material-bonded manner at least in sections and each have a connecting flange at their end facing away from the jacket piece,
Use of a magnesium alloy in a solid forming process, the magnesium alloy comprising the following components based on the total weight of the alloy: 0.4 to 1.2 wt.% zinc, 0.2 to 1.5 wt.% yttrium, 0 to 0.8 wt.% zirconium and magnesium as remainder, whereby aluminum is present in amounts not larger than impurity amounts of 0.001 wt.%. 0.4 to 1.2 wt.% zinc, 0.2 to 1.5 wt.% yttrium, 0 to 0.8 wt.% zirconium and
A holding frame (1, 1' 1") for an industrial connector, for accommodating similar and/or different connector modules, characterized in that the holding frame (1, 1', 1") is essentially comprised of a three-dimensionally bent wire frame and the wire frame is constituted of a single and continuous piece of wire.
Flushing cistern having - a connection piece for an inner and an outer flushing water supply line, which connection piece is arranged in an opening in a flushing cistern wall, - and a housing for fixing the connection piece in the flushing cistern wall, the connection piece being mounted in the housing so as to be axially fixed and secured against rotation, characterised in that - the housing is provided from two housing halves which are interlockingly connectible to one another. - a connection piece for an inner and an outer flushing water supply line, which connection piece is arranged in an opening in a flushing cistern wall, - and a housing for fixing the connection piece in the flushing cistern wall, the connection piece being mounted in the housing so as to be axially fixed and secured against rotation, characterised in that - the housing is provided from two housing halves which are interlockingly connectible to one another.
An apparatus comprising: a printed wiring board having a ground; an electrical display connected to the printed wiring board; a receiver connected to the printed wiring board; a transmitter connected to the printed wiring board; a processor connected to the printed wiring board; a memory connected to the printed wiring board; and a battery connected to the printed wiring board, and a speaker module mounted to the printed wiring board comprising:a diaphragm comprising a membrane comprising electrically conductive material; a drive (78, 44, 46) configured to move the diaphragm when an audio signal is received, where the diaphragm and the drive form an audio transducer; an electrostatic discharge shield, where the electrostatic discharge shield comprises the membrane; a connector configured to connect the membrane to the ground on the printed wiring board, at least three electrical leads connected to the printed wiring board, wherein the at least three electrical leads comprise: at least two electrical leads (74, 75) for the drive, and at least one separate electrical lead provided by the connector for grounding the membrane, wherein the at least one separate electrical lead contacts the ground of the printed wiring board. a printed wiring board having a ground; an electrical display connected to the printed wiring board; a receiver connected to the printed wiring board; a transmitter connected to the printed wiring board; a processor connected to the printed wiring board; a memory connected to the printed wiring board; and a battery connected to the printed wiring board, and a speaker module mounted to the printed wiring board comprising:a diaphragm comprising a membrane comprising electrically conductive material; a drive (78, 44, 46) configured to move the diaphragm when an audio signal is received, where the diaphragm and the drive form an audio transducer; an electrostatic discharge shield, where the electrostatic discharge shield comprises the membrane; a connector configured to connect the membrane to the ground on the printed wiring board, at least three electrical leads connected to the printed wiring board, wherein the at least three electrical leads comprise: at least two electrical leads (74, 75) for the drive, and at least one separate electrical lead provided by the connector for grounding the membrane, wherein the at least one separate electrical lead contacts the ground of the printed wiring board. at least two electrical leads (74, 75) for the drive, and at least one separate electrical lead provided by the connector for grounding the membrane, wherein the at least one separate electrical lead contacts the ground of the printed wiring board.
Apparatus for improving cognitive function in an individual with impaired cognitive function, the apparatus comprising an acoustic energy emitter in the form of an ultrasound emitting device consisting of a phased array ultrasound transducer with an output frequency of between 0.1 to 2 MHz, a fluid coupler for transmitting the ultrasonic output, a microbubble agent, and a motorised positioning system configured to move the focus of the ultrasound transducer in a pattern with space between discrete application sites over a region of the brain, the ultrasound transducer configured to apply acoustic energy, in the form of focused ultrasound energy, to the plurality of discrete application sites, thereby saturating or substantially saturating the region of the brain with focused ultrasound energy, wherein the region of the brain comprises an entire brain, or a hemisphere thereof, wherein the ultrasound transducer is adapted to apply the focused ultrasound energy so as to achieve, in use, an increase in the permeability of the blood brain barrier of the brain, and wherein the apparatus is adapted to administer the microbubble agent that, in use, promotes an increase in permeability of the blood-brain barrier, to thereby improve cognitive function in the individual without requiring a therapeutic agent.
Rubber composition based on at least an elastomer matrix predominantly comprising a highly saturated diene elastomer, carbon black and a tall oil ester plasticizer; the highly saturated diene elastomer being a copolymer of ethylene and a 1,3-diene in which the ethylene units represent at least 50 mol% of the monomer units of the copolymer.
A fillable cap closure for receiving and film-sealing a liquid or pourable filling in the interior thereof and for emptying purely by means of rotation of the cap, consisting of a receiving part which can be screwed onto the threaded connection piece of a container and has a cylinder which is open at the bottom, wherein the cylinder is film-sealed at the bottom, and a cup which can be inserted headfirst into said cylinder, comprising at the edge thereof at least one piercing and cutting tooth which extends over said edge in the axial direction, characterised in that guide means are embodied in the form of two depressions which are opposite one another, forming an oblique surface below, on the upper outer wall of the cup and that the twist cap is provided with drivers which engage in said depressions on the cup to open and pivot down the film purely by means of rotation of the cap, as a result of which, with a first rotation the drivers can drive onto the oblique surfaces and in this manner the axial displacement of the cup downwards can be effected to pierce through the film, then by means of further horizontally rotation of the twist cap, in that the drivers thereof rotate the cup by abutting the lateral surfaces of the depressions, the film of said cup can thus be cut open along the circumference thereof by less than 360°, and, by means of subsequent further pure rotation of the cap by driving down the guide ribs extending obliquely to the inner wall of the cylinder with the upper end of the ribs extending axially to the outer wall of the cup subsequent further pure rotation of the cap by driving down the guide ribs extending obliquely to the inner wall of the cylinder with the upper end of the ribs extending axially to the outer wall of the cup, another axial displacement of the cup downwards to fold down the cut-out film is effected.
A method for shunting clustered gateways, comprising: in response to receiving a first packet sent by a target internal network machine, acquiring a first hash value, wherein the first hash value is generated by a shunt of a public network gateway cluster, and the shunt is configured to perform a hash calculation on the first packet based on a pre-configured port dictionary, wherein the port dictionary is a static hash dictionary generated during initialization of the public network gateway cluster; selecting a target gateway machine from the public network gateway cluster according to the first hash value; and sending the first packet to the target gateway machine. in response to receiving a first packet sent by a target internal network machine, acquiring a first hash value, wherein the first hash value is generated by a shunt of a public network gateway cluster, and the shunt is configured to perform a hash calculation on the first packet based on a pre-configured port dictionary, wherein the port dictionary is a static hash dictionary generated during initialization of the public network gateway cluster; selecting a target gateway machine from the public network gateway cluster according to the first hash value; and sending the first packet to the target gateway machine.
Adhesive compositions for detachable adhesive bonds, comprising an adhesive matrix and an expansion material in particulate form, wherein the particles of the expansion material are at least partially encapsulated and/or coated, wherein the encapsulation material or coating material of the expansion material is selected from the group consisting of glass, ceramics, metals, metal oxides, organic-inorganic hybrid systems, phenol formaldehyde resins, urea formaldehyde resins, melamine formaldehyde resins, parylene or cyanate-based polymer.