mhurhangee/patent-ind-claim-en huggingface dataset:
Power supply device for an electric motor, having: a converter having an input for connecting the converter to a power source (L, N, PE), an inverter for providing an AC voltage for an electric motor and an earth connection (PE10) connected to a protective earth (PE) of the power source (L, N, PE), and a power connection apparatus for connecting the electric motor to the inverter and the earth connection (PE10) of the converter , wherein the power connection apparatus contains a plurality of motor phase conductors (U, V, W) and a protective earth (PE28), and wherein the power connection apparatus has a motor cable that contains at least sections of the plurality of motor phase conductors (U, V, W) and of the protective earth (PE28) and is provided with a shield , characterized in that the protective earth (PE28) of the power connection apparatus is provided with a further shield in the region between the shielded motor cable and the electric motor , which further shield is connected to at least one shield terminal of a motor housing of the electric motor . a converter having an input for connecting the converter to a power source (L, N, PE), an inverter for providing an AC voltage for an electric motor and an earth connection (PE10) connected to a protective earth (PE) of the power source (L, N, PE), and a power connection apparatus for connecting the electric motor to the inverter and the earth connection (PE10) of the converter , wherein the power connection apparatus contains a plurality of motor phase conductors (U, V, W) and a protective earth (PE28), and wherein the power connection apparatus has a motor cable that contains at least sections of the plurality of motor phase conductors (U, V, W) and of the protective earth (PE28) and is provided with a shield , characterized in that the protective earth (PE28) of the power connection apparatus is provided with a further shield in the region between the shielded motor cable and the electric motor , which further shield is connected to at least one shield terminal of a motor housing of the electric motor .
Fryer with a vessel , that contains a hot fluid-bath with a fluid level and which comprises: - one or more belt(s) (2 - 5) which transports products to be fried through the hot fluid-bath , wherein a surface of the belt(s) (2 - 5) on which the products are located during transportation in the fryer has a submerged section being submerged in the hot fluid-bath , the fryer being characterized in that it further comprises: - a submerge belt that hinders the products from floating to the fluid level , wherein the submerge belt has a submerged section being submerged in the hot fluid-bath and - a floating particles removing device located vertically above the submerged section of the submerge belt and/or of the submerge section of the surface of the belt(s) (2-5). - one or more belt(s) (2 - 5) which transports products to be fried through the hot fluid-bath , wherein a surface of the belt(s) (2 - 5) on which the products are located during transportation in the fryer has a submerged section being submerged in the hot fluid-bath , the fryer being characterized in that it further comprises: - a submerge belt that hinders the products from floating to the fluid level , wherein the submerge belt has a submerged section being submerged in the hot fluid-bath and - a floating particles removing device located vertically above the submerged section of the submerge belt and/or of the submerge section of the surface of the belt(s) (2-5).
A processor implemented method comprising: receiving , via one or more hardware processors, a Synthetic Aperture RADAR 'SAR' image comprising Vertical transmit and Vertical receive 'VV' band and Vertical transmit and Horizontal receive 'VH' band; pre-processing , via the one or more hardware processors, the SAR image concatenated with VH/VV band generated from the SAR image; generating , via the one or more hardware processors, a Land Use Land Cover (LULC) map from the pre-processed image using a first generator of a Generative Adversarial Network 'GAN'; concatenating , via the one or more hardware processors, the LULC map with the pre-processed image to obtain a concatenated image; and generating , via the one or more hardware processors, optical image from the concatenated image using a second generator of the GAN. receiving , via one or more hardware processors, a Synthetic Aperture RADAR 'SAR' image comprising Vertical transmit and Vertical receive 'VV' band and Vertical transmit and Horizontal receive 'VH' band; pre-processing , via the one or more hardware processors, the SAR image concatenated with VH/VV band generated from the SAR image; generating , via the one or more hardware processors, a Land Use Land Cover (LULC) map from the pre-processed image using a first generator of a Generative Adversarial Network 'GAN'; concatenating , via the one or more hardware processors, the LULC map with the pre-processed image to obtain a concatenated image; and generating , via the one or more hardware processors, optical image from the concatenated image using a second generator of the GAN.
A floor, wall or ceiling panel, which has a carrier plate and an upper-side veneer, a resin layer being provided between the carrier plate and the veneer, and the carrier plate, the resin layer, and the veneer being pressed together, characterized in that the resin layer is formed on the basis of resin powder, and dyes and/or binders and/or curing agents and/or fillers, in particular wood-based fillers, are admixed to the resin powder, and the resin of the resin layer penetrates the veneer, wherein the resin of the resin layer passes through the veneer to the upper side of the veneer, and in the process pores, cracks and gaps in the veneer are filled with resin.
Firearm stock of the type which comprises an electronic control unit and comprises: - a receptacle with at least one opening in the stock comb and which is configured to receive a display device , - a display device which is housed in the receptacle and comprising a screen which is situated in the stock comb , disposed flush with the stock comb , the display device being completely housed in the receptacle, - a battery configured to be connected to the display device , - a control unit configured to receive data from the electronic control unit and send it to the display device , - a warning piece which is joined to the front part of the stock in the junction with the body of the firearm , wherein the warning piece comprises at least one display element connected to the control unit, characterized in that the warning piece is ring-shaped and allows the coupling of the body of the firearm therein for joining with the stock . - a receptacle with at least one opening in the stock comb and which is configured to receive a display device , - a display device which is housed in the receptacle and comprising a screen which is situated in the stock comb , disposed flush with the stock comb , the display device being completely housed in the receptacle, - a battery configured to be connected to the display device , - a control unit configured to receive data from the electronic control unit and send it to the display device , - a warning piece which is joined to the front part of the stock in the junction with the body of the firearm , wherein the warning piece comprises at least one display element connected to the control unit, characterized in that the warning piece is ring-shaped and allows the coupling of the body of the firearm therein for joining with the stock .
An underwater vehicle system comprising: a first underwater vehicle configured to perform work in water while moving in a predetermined proceeding direction; and a second underwater vehicle including a propulsion device and being configured to replace the first underwater vehicle and perform work in water, characterized in that said first underwater vehicle includes a transponder , said second underwater vehicle includes an acoustic positioning device configured to measure the position of the second underwater vehicle relative to the first underwater vehicle , based on a sound wave from said acoustic positioning device of the second underwater vehicle to the transponder of the first underwater vehicle and a response wave from said transponder of the first underwater vehicle to said acoustic positioning device of the second underwater vehicle , and the second underwater vehicle is configured to approach the first underwater vehicle based on said response wave transmitted from said transponder of the first underwater vehicle , when the second underwater vehicle replaces the first underwater vehicle. a first underwater vehicle configured to perform work in water while moving in a predetermined proceeding direction; and a second underwater vehicle including a propulsion device and being configured to replace the first underwater vehicle and perform work in water, characterized in that said first underwater vehicle includes a transponder , said second underwater vehicle includes an acoustic positioning device configured to measure the position of the second underwater vehicle relative to the first underwater vehicle , based on a sound wave from said acoustic positioning device of the second underwater vehicle to the transponder of the first underwater vehicle and a response wave from said transponder of the first underwater vehicle to said acoustic positioning device of the second underwater vehicle , and the second underwater vehicle is configured to approach the first underwater vehicle based on said response wave transmitted from said transponder of the first underwater vehicle , when the second underwater vehicle replaces the first underwater vehicle.
A body joint stabilizing apparatus for adaptively damping a body movement, comprising: a receptacle , wherein the receptacle is filled with a shear-thickening medium , a tensioning body that is movable relative to the receptacle , wherein the tensioning body is connectable to a body region of the user that is movable relative to another body region of the user, on which the receptacle is fastenable, an effector body that is displaceably arranged in the receptacle and provided for an interaction with the shear-thickening medium , and a connection element for transmitting forces between the receptacle and the tensioning body , characterized in that the receptacle , the tensioning body and the effector body are connected to one another by way of the connection element , wherein the connection element is guided via at least one deflection means for the purpose of dividing the force acting on the connection element . a receptacle , wherein the receptacle is filled with a shear-thickening medium , a tensioning body that is movable relative to the receptacle , wherein the tensioning body is connectable to a body region of the user that is movable relative to another body region of the user, on which the receptacle is fastenable, an effector body that is displaceably arranged in the receptacle and provided for an interaction with the shear-thickening medium , and a connection element for transmitting forces between the receptacle and the tensioning body , characterized in that the receptacle , the tensioning body and the effector body are connected to one another by way of the connection element , wherein the connection element is guided via at least one deflection means for the purpose of dividing the force acting on the connection element .
A dielectric film , comprising: an organic resin ; and barium titanate ceramic particles having a perovskite structure contained in the organic resin , the ceramic particles each having a crystal lattice defined by three axes composed of axis a, axis b, and axis c, each of the ceramic particles including only two crystalline phases of different axial ratios c/a but of a same crystalline structure ; wherein the ceramic particles each have a core-shell structure composed of a core portion and a shell portion positioned around the core portion, and the core portion is constituted by one of the two crystalline phases , and the shell portion is constituted by the other one of the two crystalline phases ; and wherein the ceramic particles each contain magnesium in form of a solid solution, and the shell portion is higher in magnesium content concentration than the core portion. an organic resin ; and barium titanate ceramic particles having a perovskite structure contained in the organic resin , the ceramic particles each having a crystal lattice defined by three axes composed of axis a, axis b, and axis c, each of the ceramic particles including only two crystalline phases of different axial ratios c/a but of a same crystalline structure ; wherein the ceramic particles each have a core-shell structure composed of a core portion and a shell portion positioned around the core portion, and the core portion is constituted by one of the two crystalline phases , and the shell portion is constituted by the other one of the two crystalline phases ; and wherein the ceramic particles each contain magnesium in form of a solid solution, and the shell portion is higher in magnesium content concentration than the core portion.
An electrical feedthrough module , comprising at least two axially spaced apart electrical feedthroughs fixed relative to one another, each one comprising a plurality of conductors extending through an insulating body and protruding from the insulating body on either side thereof, wherein - the insulating body is a shared insulating body for all conductors of a respective feedthrough ; wherein - the conductors of the axially spaced apart feedthroughs are also axially spaced apart; - each conductor of one of the feedthroughs is electrically connected to a respective conductor of one of the further axially spaced apart feedthroughs by a respective connecting member; - the axially spaced apart conductors of the electrical feedthroughs are electrically connected to one another by the connecting member which is arranged displaceably relative to at least one of the feedthroughs ; and wherein - the connecting member comprises an electrically conductive rod that is axially displaceable relative to the conductors and has a socket connector formed as an integral part of the rod at each of its ends ; wherein the conductors of the electrical feedthroughs form pairs having their longitudinal axes aligned axially, and wherein each pair of said axially aligned conductors is electrically connected by said axially displaceable rod , and wherein the socket connector is formed as an integral part of the rod by the fact that the rod is formed in one piece with openings at the ends thereof to the axially extending holes, in which the one or more terminal member(s) of the socket connector is/are arranged. - the insulating body is a shared insulating body for all conductors of a respective feedthrough ; wherein - the conductors of the axially spaced apart feedthroughs are also axially spaced apart; - each conductor of one of the feedthroughs is electrically connected to a respective conductor of one of the further axially spaced apart feedthroughs by a respective connecting member; - the axially spaced apart conductors of the electrical feedthroughs are electrically connected to one another by the connecting member which is arranged displaceably relative to at least one of the feedthroughs ; and wherein - the connecting member comprises an electrically conductive rod that is axially displaceable relative to the conductors and has a socket connector formed as an integral part of the rod at each of its ends ;
Air inlet system for an internal combustion engine having: a cylinder head having an inlet channel for introducing inlet air into a combustion chamber of the internal combustion engine; an air supply pipe piece , which is connected to the cylinder head and which at least partially forms an air supply channel , which opens in the inlet channel ; and thermal insulation , which is arranged in the air supply channel in order to reduce a heat transfer to the inlet air which flows in the air supply channel , characterized in that the thermal insulation has an inlay , in particular a liner, which abuts an inner wall face of the air supply channel . a cylinder head having an inlet channel for introducing inlet air into a combustion chamber of the internal combustion engine; an air supply pipe piece , which is connected to the cylinder head and which at least partially forms an air supply channel , which opens in the inlet channel ; and thermal insulation , which is arranged in the air supply channel in order to reduce a heat transfer to the inlet air which flows in the air supply channel , characterized in that the thermal insulation has an inlay , in particular a liner, which abuts an inner wall face of the air supply channel .
Method for thickening the rim of a sheet-metal body , in which the sheet-metal body is clamped in place between the jaws of a clamping tool and is rotated continuously or incrementally about an axis of rotation perpendicular to its sheet-metal plane, and a forming tool is used to exert a forming force to the rim , in particular the peripheral end face, in a direction perpendicular to the axis of rotation , with the result that rim material of the sheet-metal body is moved in an axial and/or radial direction, characterized in that a. in order to exert the forming force, a forming tool is engaged with the sheet-metal body in contact therewith in a direction perpendicular to the axis of rotation , a limiting tool being located in front of said forming tool in the engagement direction and forming a variable axial gap in which the rim of the sheet-metal body fits, and b. the axial gap dimension of the axial gap is changed, in particular increased, by an axial relative movement between two axially opposite gap jaws of the limiting tool during forming. a. in order to exert the forming force, a forming tool is engaged with the sheet-metal body in contact therewith in a direction perpendicular to the axis of rotation , a limiting tool being located in front of said forming tool in the engagement direction and forming a variable axial gap in which the rim of the sheet-metal body fits, and b. the axial gap dimension of the axial gap is changed, in particular increased, by an axial relative movement between two axially opposite gap jaws of the limiting tool during forming.
A pressure vessel comprising a tank liner , wherein said tank liner further comprises fiber reinforced plastic and wherein the cylindrical body of the tank liner comprises a plurality of cylindrical central segments that are axially bonded to one another and cap segments bonded to the cylindrical segments, wherein the cap segments are comprised of a metal and wherein all segments have an overlapping joint allowing for a thin bond layer of adhesive to bond the segments. a plurality of cylindrical central segments that are axially bonded to one another and cap segments bonded to the cylindrical segments, wherein the cap segments are comprised of a metal and wherein all segments have an overlapping joint allowing for a thin bond layer of adhesive to bond the segments.
A compound selected from the group consisting of wherein the disulfide linkages between the Cys 6 and Cys 11 residues of the A-chain polypeptide and the disulfide linkages between the Cysy and Cys 20 of the A-chain to the Cysy and Cys 19 of the B-chain polypeptide, respectively, are represented by the solid line there between; wherein the linking moieties are covalently linked to the epsilon amino acid of the shown lysine residue, wherein the A-chain polypeptide for Dimers 71, 72, 77 and 78 has the amino acid sequence shown in SEQ ID NO: 1; and the B-chain polypeptide for Dimers 71, 72, 77 and 78 has the amino acid sequence shown in SEQ ID NO:2, respectively.
A polymerizable composition intended to form a polymer composition for an optical material having a refractive index of from 1.54 to 1.58, detemined as indicated in the specification, the polymerizable composition comprising: - at least one non-aromatic polyisocyanate compound comprising at least two -NCO groups; - at least one non-aromatic polythiol compound comprising at least two -SH groups; - at least one polyol comprising a polyether polyol, wherein the polymerizable composition comprises: - from 45% to 60% by weight of said at least one non-aromatic polyisocyanate compound, - from 25% to 35% by weight of said at least one non-aromatic polythiol compound, and - from 1.5% to 5% by weight of said at least one polyether polyol. - at least one non-aromatic polyisocyanate compound comprising at least two -NCO groups; - at least one non-aromatic polythiol compound comprising at least two -SH groups; - at least one polyol comprising a polyether polyol, - from 45% to 60% by weight of said at least one non-aromatic polyisocyanate compound, - from 25% to 35% by weight of said at least one non-aromatic polythiol compound, and - from 1.5% to 5% by weight of said at least one polyether polyol.
A radio transceiving device , comprising: a modulation unit , configured to modulate transmit data onto a time-frequency resource based on a transmit waveform , wherein the transmit waveform is a transmit pulse, a transmit window or a transmit filter; a demodulation unit , configured to demodulate receive data from the time-frequency resource based on a receive waveform , wherein the receive waveform is a receive pulse, a receive window or a receive filter, wherein the transmit data and the receive data are arranged on the time-frequency resource in a time-division duplexing, TDD, manner; and a waveform adaptation unit configured to adapt the transmit waveform and the receive waveform based on a set of distinct transmit and receive waveforms and according to a downlink-uplink channel reciprocity. a modulation unit , configured to modulate transmit data onto a time-frequency resource based on a transmit waveform , wherein the transmit waveform is a transmit pulse, a transmit window or a transmit filter; a demodulation unit , configured to demodulate receive data from the time-frequency resource based on a receive waveform , wherein the receive waveform is a receive pulse, a receive window or a receive filter, wherein the transmit data and the receive data are arranged on the time-frequency resource in a time-division duplexing, TDD, manner; and a waveform adaptation unit configured to adapt the transmit waveform and the receive waveform based on a set of distinct transmit and receive waveforms and according to a downlink-uplink channel reciprocity.
A wireless communication method, comprising: determining, by a wireless communication device , that a first transmission on a first resource is canceled due to a portion of the first resource overlapping in time with an overlapped resource used for a separate transmission; and in response to determining that the first transmission on the first resource is canceled, performing, by the wireless communication device , a second transmission of a physical uplink shared channel, PUSCH, on a second resource , wherein a time domain resource of the second resource is a time domain resource of the first resource that is after a reference orthogonal frequency division multiplexing, OFDM, symbol in time, and wherein configuration parameters of the second transmission of PUSCH on the second resource are configured by a network side. determining, by a wireless communication device , that a first transmission on a first resource is canceled due to a portion of the first resource overlapping in time with an overlapped resource used for a separate transmission; and in response to determining that the first transmission on the first resource is canceled, performing, by the wireless communication device , a second transmission of a physical uplink shared channel, PUSCH, on a second resource , wherein a time domain resource of the second resource is a time domain resource of the first resource that is after a reference orthogonal frequency division multiplexing, OFDM, symbol in time, and wherein configuration parameters of the second transmission of PUSCH on the second resource are configured by a network side.