mhurhangee/ep-ind-claims huggingface dataset:
Battery arrangement for structurally integrating batteries in a vehicle, in particular an aircraft or spacecraft, having: at least one battery; two supporting cooling plates being integrally produced from a metal material having a multiplicity of fluid channels and carrying at least one battery between each other, the at least one battery being held on both sides via battery holders; and a plurality of connecting rods which connect the two cooling plates to one another; wherein each respective cooling plate is connected to the respective battery holder via shear pins. at least one battery; two supporting cooling plates being integrally produced from a metal material having a multiplicity of fluid channels and carrying at least one battery between each other, the at least one battery being held on both sides via battery holders; and a plurality of connecting rods which connect the two cooling plates to one another; wherein each respective cooling plate is connected to the respective battery holder via shear pins.
Shifting device for a gearbox, comprising - a selector shaft with a longitudinal axis, wherein the selector shaft is displaceable along the longitudinal axis in axial direction and is rotatable about the longitudinal axis in circumferential direction, - a first catching element and a first catching contour, wherein a first force pushes the first catching element against the first catching contour and in this way the selector shaft is held in at least one axial catching position, - a second catching element and a second catching contour, wherein a second force pushes the second catching element against the second catching contour and in this way the selector shaft is held in at least one catching position in circumferential direction, wherein the first force causes a first reaction force acting on the selector shaft and the second force causes a second reaction force acting on the selector shaft, wherein the first reaction force and the second reaction force at least partly cancel one another out in radial direction, characterised in that a quotient of an average effective radius of the second catching contour and of an average effective radius of the first catching contour is smaller than 0.8 or greater than 1.2, wherein the average effective radius of the first catching contour is an average of the distances of the contact points between the first catching element and the first catching contour relative to the longitudinal axis of the selector shaft which may occur in different axial positions of the selector shaft, and wherein the average effective radius of the second catching contour is an average of the distances of contact points between the second catching element and the second catching contour to the longitudinal axis of the selector shaft which may occur in different positions of the selector shaft in circumferential direction. - a selector shaft with a longitudinal axis, wherein the selector shaft is displaceable along the longitudinal axis in axial direction and is rotatable about the longitudinal axis in circumferential direction, - a first catching element and a first catching contour, wherein a first force pushes the first catching element against the first catching contour and in this way the selector shaft is held in at least one axial catching position, - a second catching element and a second catching contour, wherein a second force pushes the second catching element against the second catching contour and in this way the selector shaft is held in at least one catching position in circumferential direction,
A device for hemming and turning up materials and textile materials, whereby, the device comprises of a flat and heat-resistant material and can be processed using a normal or steam iron and, whereby, features a minimum of one row of penetrations, carried out longitudinally on one of its outer edges, whereby, the centre line of the row of penetrations runs along the longitudinal length of each penetration, and, whereby, the device is formed rectangular, whereby, parallel rows of penetrations are provided parallel to one long edge and also to a short edge, whereby, the penetrations are used for orientation when hemming through turning, but can also be accessed using a marking pen, in order to mark the material and, thus, make hemming easier, characterized in that, furthermore, a minimum of one scale of length is arranged at a minimum of one outer edge of the device and that, between the penetrations, a row of penetrations and/or approximate linear marks are provided at defined positions on the scale of length on a minimum of one side (15, 16) of the device that optically connect the row of penetrations, or optically extend the defined positions of the scale of length.
A device, comprising: a first under-bump metallization component (124A, 124B, 204A, 204B) comprising one or more solder diffusion layers disposed directly on a plurality of portions of a first superconducting layer; a hermetically sealed superconducting interconnect component; and one or more intermetallic compound layers disposed directly on respective ones of the one or more solder diffusion layers, wherein the one or more intermetallic compound layers are distinct from the one or more diffusion layers; and a channel (114, 202) between each of the one or more solder diffusion layers and the plurality of portions of the superconducting layer under respective ones of the one or more solder diffusion layers; and a solder bump coupled to the first superconducting layer and the one or more intermetallic compound layers, the solder bump filling the channel to hermetically seal a second superconducting layer, wherein the second superconducting layer is a single layer provided under and spanning each of the plurality of portions of the first superconducting layer, wherein the solder bump is in direct contact with the second superconducting layer within the channel, wherein the one or more intermetallic compound layers are between the one or more solder diffusion layers and the solder bump and wherein the solder bump is in direct contact with the plurality of portions of the superconducting layer. a first under-bump metallization component (124A, 124B, 204A, 204B) comprising one or more solder diffusion layers disposed directly on a plurality of portions of a first superconducting layer; a hermetically sealed superconducting interconnect component; and one or more intermetallic compound layers disposed directly on respective ones of the one or more solder diffusion layers, wherein the one or more intermetallic compound layers are distinct from the one or more diffusion layers; and a channel (114, 202) between each of the one or more solder diffusion layers and the plurality of portions of the superconducting layer under respective ones of the one or more solder diffusion layers; and a solder bump coupled to the first superconducting layer and the one or more intermetallic compound layers, the solder bump filling the channel to hermetically seal a second superconducting layer, wherein the second superconducting layer is a single layer provided under and spanning each of the plurality of portions of the first superconducting layer, wherein the solder bump is in direct contact with the second superconducting layer within the channel, wherein the one or more intermetallic compound layers are between the one or more solder diffusion layers and the solder bump and wherein the solder bump is in direct contact with the plurality of portions of the superconducting layer.
A non-foil oxygen barrier laminate for producing a container comprising from the outer surface to the inner surface contacting the container's contents: a) a paperboard substrate having an exterior and an interior surface; b) a first layer of polyolefin coated on said exterior surface of said paperboard substrate; c) a layer of polyamide applied onto said interior surface of said paperboard substrate; d) a second and innermost layer of polyolefin that will contact the contents of the container; e) a first oxygen barrier layer of EVOH applied directly onto said polyamide layer; f) a second layer of EVOH which is provided intermediate said first EVOH layer and said innermost polyolefin layer but which is not in contact with said first EVOH layer; g) a polymer layer intermediate the first and second EVOH layers. a) a paperboard substrate having an exterior and an interior surface; b) a first layer of polyolefin coated on said exterior surface of said paperboard substrate; c) a layer of polyamide applied onto said interior surface of said paperboard substrate; d) a second and innermost layer of polyolefin that will contact the contents of the container; e) a first oxygen barrier layer of EVOH applied directly onto said polyamide layer; f) a second layer of EVOH which is provided intermediate said first EVOH layer and said innermost polyolefin layer but which is not in contact with said first EVOH layer; g) a polymer layer intermediate the first and second EVOH layers.
A method for performing a quantum logic gate, CNOT, operation with a quantum circuit comprising first and second qubits, each having a tunable energy splitting, coupled to a resonator, having at least four quantum states, the method comprising: adjusting a quantum state of the first qubit by transitioning a first classical control parameter from a first control point to a second control point at an adiabatic transition speed; adjusting a quantum state of the second qubit by transitioning a second classical control parameter from the first control point to the second control point at a non-adiabatic transition speed; adjusting the quantum state of the second qubit by transitioning the second classical control parameter from the second control point to the first control point at the adiabatic transition speed; and adjusting the quantum state of the first qubit by transitioning the first classical control parameter from the second control point to the first control point at the adiabatic transition speed, wherein transitioning the respective classical control parameter between the first and second control points at the adiabatic transition speed causes exchanging energy states of the respective qubit and the resonator as an energy level avoids an energy crossing, and transitioning the respective classical control parameter between the first and second control points at the non-adiabatic transition speed causes preserving the energy states of the respective qubit and the resonator as the energy level jumps the energy crossing. adjusting a quantum state of the first qubit by transitioning a first classical control parameter from a first control point to a second control point at an adiabatic transition speed; adjusting a quantum state of the second qubit by transitioning a second classical control parameter from the first control point to the second control point at a non-adiabatic transition speed; adjusting the quantum state of the second qubit by transitioning the second classical control parameter from the second control point to the first control point at the adiabatic transition speed; and adjusting the quantum state of the first qubit by transitioning the first classical control parameter from the second control point to the first control point at the adiabatic transition speed, wherein transitioning the respective classical control parameter between the first and second control points at the adiabatic transition speed causes exchanging energy states of the respective qubit and the resonator as an energy level avoids an energy crossing, and transitioning the respective classical control parameter between the first and second control points at the non-adiabatic transition speed causes preserving the energy states of the respective qubit and the resonator as the energy level jumps the energy crossing.
A compound of Formula or racemate, enantiomer, diastereomer or tautomer thereof: wherein R 1 is S or O; R 1A is CH or N; Ring Z is selected from the group consisting of pyridinone, benzimidazole and benzothiazole wherein each said pyridinone, benzimidazole and benzothiazole are optionally mono-, di- or tri-substituted with Z 1; Z 1 is each independently selected from the group consisting of (C 1-6)alkyl, -(C 1-6)alkyl-(C 3-7)cycloalkyl and -O-(C 1-6)alkyl; R 2 is (wherein the site of attachment to the Z ring is indicated with * and the site of attachment to the phenyl ring is indicated with Φ; R 2A is H or (C 1-6)alkyl; R 3 is absent, (C 3-7)cycloalkyl or (C 1-6)alkyl optionally mono-, di- or tri-substituted with R 3A; R 3A is each independently selected from the group consisting of halo, OH, -O-(C 1-6)alkyl, -C(=O)OH, -C(=O)NH 2, morpholinyl, oxazolyl, imidazolyl, -N -(C 1-6)alkyl-morpholinyl, - N -(C 1-6)alkyl-oxazolyl, -N -(C 1-6)alkyl-imidazolyl, N -C(=O)-O-(C 1-6)alkyl, -(C 3-7)cycloalkyl-C(=O)OH, -O-phenyl and -O-(C 1-6)alkyl-phenyl; R 4 is halo, (C 1-6)haloalkyl, -CN, OH, -O-(C 1-6)alkyl or (C 1-6)alkyl, wherein each said alkyl is optionally mono- or di-substituted with OH, C(=O)OH, phenyl, imidazolyl or morpholinyl; n is 0, 1, 2 or 3; or a salt thereof. R 1 is S or O; R 1A is CH or N; Ring Z is selected from the group consisting of pyridinone, benzimidazole and benzothiazole wherein each said pyridinone, benzimidazole and benzothiazole are optionally mono-, di- or tri-substituted with Z 1; Z 1 is each independently selected from the group consisting of (C 1-6)alkyl, -(C 1-6)alkyl-(C 3-7)cycloalkyl and -O-(C 1-6)alkyl; R 2 is (wherein the site of attachment to the Z ring is indicated with * and the site of attachment to the phenyl ring is indicated with Φ; R 2A is H or (C 1-6)alkyl; R 3 is absent, (C 3-7)cycloalkyl or (C 1-6)alkyl optionally mono-, di- or tri-substituted with R 3A; R 3A is each independently selected from the group consisting of halo, OH, -O-(C 1-6)alkyl, -C(=O)OH, -C(=O)NH 2, morpholinyl, oxazolyl, imidazolyl, -N -(C 1-6)alkyl-morpholinyl, - N -(C 1-6)alkyl-oxazolyl, -N -(C 1-6)alkyl-imidazolyl, N -C(=O)-O-(C 1-6)alkyl, -(C 3-7)cycloalkyl-C(=O)OH, -O-phenyl and -O-(C 1-6)alkyl-phenyl; R 4 is halo, (C 1-6)haloalkyl, -CN, OH, -O-(C 1-6)alkyl or (C 1-6)alkyl, wherein each said alkyl is optionally mono- or di-substituted with OH, C(=O)OH, phenyl, imidazolyl or morpholinyl; n is 0, 1, 2 or 3; or a salt thereof.
Device for pivoting an arbor of a timepiece movement including a jewel hole fixed in a setting traversed by a pivot of said arbor having an axis of revolution, and an endstone indirectly fixed to a plate of said movement by at least said setting, said endstone including a first bearing surface arranged to cooperate in abutment with the distal end of said pivot, wherein said bearing surface is unique, and arranged so that, in the position of abutment of said pivot on said endstone, the normal to the tangent plane common to said pivot and to said first bearing surface is oblique with respect to said axis at a non-zero angle of cant (e), said normal and said axis defining together an endstone plane having a first angular orientation at a yaw angle (α) with respect to a reference direction of said plate, characterized in that said device includes means for adjustment of said yaw angle (α) and/or of said angle of cant (e) to regulate and adjust the rate of said movement.
A method for operating an electric energy supply system in isolated operation, wherein the energy supply system comprises an electric energy generation device, a plurality of electric consumers (14, 16, 18, 20) as well as an electric stand-alone network for electrically coupling the energy generation device to the consumers (14, 16, 18, 20), wherein at least one electric consumer (14, 16, 18) comprises an energy storage (22, 24, 26), which energy storage (22, 24, 26) will be discharged in case of an appropriate use by the consumer (14, 16, 18) and will be charged in case of a coupling of the consumer (14, 16, 18) with the stand-alone network, wherein for compensating energy fluctuations in the energy supply system a surplus of electric energy in the energy supply system is stored in the energy storage (22, 24, 26) of a consumer (14, 16, 18) coupled to the stand-alone network and a shortage of electric energy in the energy supply system is compensated by taking energy from the energy storage (22, 24, 26) of a consumer (14, 16, 18) coupled to the stand-alone network and feeding it into the stand-alone network coupled thereto, wherein the energy generation device is an electric generator which is driven by wind power or water power, wherein at least partially traction vehicles having an electric drive and an accumulator as energy storage will be used as consumers, wherein the energy storage (22, 24, 26) is coupled to the stand-alone network in a controlled manner, characterized in that the energy generation of the electric energy generation device is regulated in dependence on the energy storages (22, 24, 26) that can be coupled.
Running gear chain, in particular bogie chain, having a flexible body, preferably an elastomer body, which is closed in endless fashion, or closable in endless fashion, in a running direction, wherein the flexible body has at least one tension member, preferably a multiplicity of tension members, which extends/extend in the running direction and is/are closed in endless fashion, or closable in endless fashion, with the flexible body in a running direction, wherein a multiplicity of rigid transverse elements which are connected to the outer side of the flexible body and which extend substantially transversely with respect to the running direction, characterized in that at least some of the rigid transverse elements, preferably all of the rigid transverse elements, are arranged so close together in the running direction that, with a planar extent of the flexible body, two immediately adjacent rigid transverse elements make contact in the running direction.
A sole structure for an article of footwear comprising: a midsole system including a plurality of cushioning units, each cushioning unit including: a first cushioning layer comprising a first sealed chamber; and a second cushioning layer comprising a second sealed chamber, the first sealed chamber and the second sealed chamber each retaining gas in isolation from one another; wherein the first cushioning layer underlies the second cushioning layer and has a domed lower surface extending away from the second cushioning layer; wherein the sole structure further comprises an additional cushioning layer underlying the plurality of cushioning units; wherein the additional cushioning layer includes a plurality of stanchions; wherein each stanchion interfaces with the domed lower surface of a respective one of the plurality of cushioning units; and wherein at least some of the plurality of stanchions have concave upper surfaces each of which cups at least a portion of the domed lower surface of the respective one of the plurality of cushioning units. a midsole system including a plurality of cushioning units, each cushioning unit including: a first cushioning layer comprising a first sealed chamber; and a second cushioning layer comprising a second sealed chamber, the first sealed chamber and the second sealed chamber each retaining gas in isolation from one another; a first cushioning layer comprising a first sealed chamber; and a second cushioning layer comprising a second sealed chamber, the first sealed chamber and the second sealed chamber each retaining gas in isolation from one another; wherein the first cushioning layer underlies the second cushioning layer and has a domed lower surface extending away from the second cushioning layer; wherein the sole structure further comprises an additional cushioning layer underlying the plurality of cushioning units; wherein the additional cushioning layer includes a plurality of stanchions; wherein each stanchion interfaces with the domed lower surface of a respective one of the plurality of cushioning units; and wherein at least some of the plurality of stanchions have concave upper surfaces each of which cups at least a portion of the domed lower surface of the respective one of the plurality of cushioning units.
An epilation device for pinching and pulling out hairs from the skin of a user comprising - an epilation barrel comprising a plurality of clamping elements; - a drive unit for driving the epilation barrel into movement; - a control unit for analyzing a contact pressure between the epilation barrel and the skin of a user and for determining whether the contact pressure is equal to, larger than or smaller than at least one threshold contact pressure, wherein the control unit is adapted to perform a predetermined action when the determined contact pressure is equal to, larger than or smaller than the at least one threshold contact pressure, wherein the control unit is arranged to calculate the contact pressure from a current consumed by the drive unit to drive the epilation barrel, whereby the contact pressure is calculated with respect to a baseline which represents the idle current consumption of the epilation device without skin contact, characterized in that the baseline is adaptive to provide a consistent feedback irrespective of the absolute idle current value that varies during the lifetime of the epilation device. - an epilation barrel comprising a plurality of clamping elements; - a drive unit for driving the epilation barrel into movement; - a control unit for analyzing a contact pressure between the epilation barrel and the skin of a user and for determining whether the contact pressure is equal to, larger than or smaller than at least one threshold contact pressure, wherein the control unit is adapted to perform a predetermined action when the determined contact pressure is equal to, larger than or smaller than the at least one threshold contact pressure, wherein the control unit is arranged to calculate the contact pressure from a current consumed by the drive unit to drive the epilation barrel, whereby the contact pressure is calculated with respect to a baseline which represents the idle current consumption of the epilation device without skin contact, characterized in that the baseline is adaptive to provide a consistent feedback irrespective of the absolute idle current value that varies during the lifetime of the epilation device.