mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit comprising a gain stage, the circuit comprising: a first inductor in a first plurality of metal layers, the first inductor having a plurality of coils including a first coil having a first plurality of loops in a first metal layer and having a center tap in the first metal layer, the first coil coupled by a first via to a second coil having a second plurality of loops in a second metal layer above the first metal layer and coupled by a second via to a third coil having a third plurality of loops in a third metal layer below the first metal layer; a second inductor in the first plurality of metal layers, the second inductor having coils in the first metal layer, the second metal layer and in the third metal layer, wherein the second inductor is outside of the first inductor and extending between a first terminal in the second metal layer and a second terminal, and the first terminal in the second metal layer is coupled to the center tap of the first inductor in the first metal layer; and wherein the second inductor has a diameter (d 2) that is less than a diameter (d 1) of the first inductor. a first inductor in a first plurality of metal layers, the first inductor having a plurality of coils including a first coil having a first plurality of loops in a first metal layer and having a center tap in the first metal layer, the first coil coupled by a first via to a second coil having a second plurality of loops in a second metal layer above the first metal layer and coupled by a second via to a third coil having a third plurality of loops in a third metal layer below the first metal layer; a second inductor in the first plurality of metal layers, the second inductor having coils in the first metal layer, the second metal layer and in the third metal layer, wherein the second inductor is outside of the first inductor and extending between a first terminal in the second metal layer and a second terminal, and the first terminal in the second metal layer is coupled to the center tap of the first inductor in the first metal layer; and wherein the second inductor has a diameter (d 2) that is less than a diameter (d 1) of the first inductor.
A curable epoxy resin composition containing at least one epoxy resin having on average more than one epoxide group per molecule, at least one inorganic filler and at least one polycarboxylate ether, wherein the inorganic filler is coated with the polycarboxylate ether.
An apparatus for wireless communications using carrier aggregation comprising multiple carrier components, the apparatus comprising: a processor configured to generate multiple identical instances of a codeword from a payload; and a resource manager configured to provide the processor with virtual carrier space comprising a logical carrier having a contiguous bandwidth equivalent to an aggregated bandwidth of the multiple carrier components, wherein the processor is further configured to map the multiple instances of the codeword to the logical carrier. a processor configured to generate multiple identical instances of a codeword from a payload; and a resource manager configured to provide the processor with virtual carrier space comprising a logical carrier having a contiguous bandwidth equivalent to an aggregated bandwidth of the multiple carrier components, wherein the processor is further configured to map the multiple instances of the codeword to the logical carrier.
A method of targeted electroporation and/or lysis of eukaryotic cellular bodies in a biological sample with at least two subgroups of eukaryotic cellular bodies, wherein each subgroup has a different susceptibility to electroporation and/or lysis in electric fields, comprising the following steps: - transferring the biological sample in a chamber, - exposing the biological sample to an electric field in the chamber, wherein the electric field is generated by at least two electrodes which are coated with a dielectric material with a relative permittivity greater than 3.9, preferably greater than 9, more preferably 60 or more, and - choosing the electric parameters of the electric field such as the field strength, the frequency or the wave form so that the subgroups are differently affected by said electric field for electroporation and/or lysis. - transferring the biological sample in a chamber, - exposing the biological sample to an electric field in the chamber, wherein the electric field is generated by at least two electrodes which are coated with a dielectric material with a relative permittivity greater than 3.9, preferably greater than 9, more preferably 60 or more, and - choosing the electric parameters of the electric field such as the field strength, the frequency or the wave form so that the subgroups are differently affected by said electric field for electroporation and/or lysis.
Module for an electrochemical battery comprising several accumulators electrically connected together by connection elements, means for electrical connection of the module with the exterior and a continuous envelope made from a dielectric polymer material which covers the exterior surface of the accumulators and the connection elements and which does not cover the means of connecting the module with the exterior, said continuous envelope being made by soaking so as to ensure coating of the accumulators and of said one or more connecting elements, said module comprising several accumulators distributed into several layers, arranged in relation to each other so that one or more passages are made between the accumulators, the continuous envelope covers the surface of the accumulator or accumulators delimitating the passages between the accumulators.
Air treatment device for a carriage comprising at least one first room and a second room, in particular of a railway vehicle, the air treatment device comprising: - at least one first duct for recycling air from the first room, and at least one first duct for supplying the first room with treated air, - at least one second duct for recycling air from the second room, and at least one second duct for supplying the second room with treated air, characterised in that it comprises a common air treatment unit, comprising: - a chamber for mixing air, comprising a first inlet into which the first duct for recycling air opens, a second inlet into which the second duct for recycling air opens, at least one inlet for external air, and an air outlet, - a first air treatment circuit, housed in a first exchange zone (25A; 125A) and able to treat the air output by the air outlet and to supply the first supply duct, - a second air treatment circuit, housed in a second exchange zone (25B; 125B) and able to treat the air output by the air outlet and to supply the second supply duct. - at least one first duct for recycling air from the first room, and at least one first duct for supplying the first room with treated air, - at least one second duct for recycling air from the second room, and at least one second duct for supplying the second room with treated air, - a chamber for mixing air, comprising a first inlet into which the first duct for recycling air opens, a second inlet into which the second duct for recycling air opens, at least one inlet for external air, and an air outlet, - a first air treatment circuit, housed in a first exchange zone (25A; 125A) and able to treat the air output by the air outlet and to supply the first supply duct, - a second air treatment circuit, housed in a second exchange zone (25B; 125B) and able to treat the air output by the air outlet and to supply the second supply duct.
Device for the controller initiation of the deflagration of an explosive charge, which is arranged in a casing of a diameter that is not constant, comprising at least one detonating cord running in the region of the longitudinal axis of the explosive charge, the detonating cord being configured as a core of the explosive charge, characterized in that the transverse dimension of the core of the explosive charge is adapted to the shape of the casing in the longitudinal direction of the explosive charge.
A method by a mobility management entity, MME, for use in a mobile communication system, the method comprising: receiving, from a user equipment, UE, a message including voice domain preference information indicating an access network that is preferred by the UE for a voice service; determining, by the MME, by identifying subscription information whether a user of the UE is a voice over long term evolution, VoLTE, subscriber; determining (240; 245; 250) whether access of the UE to the mobile communication system is allowed based on the voice domain preference information and whether the user of the UE is a VoLTE subscriber; transmitting (270; 275; 280), to the UE, a message indicating whether the access to the mobile communication system is allowed, wherein access to the mobile communication system is allowed in case that the voice domain preference information indicates that only VoLTE is supported by the UE and the user of the UE is the VoLTE subscriber. receiving, from a user equipment, UE, a message including voice domain preference information indicating an access network that is preferred by the UE for a voice service; determining, by the MME, by identifying subscription information whether a user of the UE is a voice over long term evolution, VoLTE, subscriber; determining (240; 245; 250) whether access of the UE to the mobile communication system is allowed based on the voice domain preference information and whether the user of the UE is a VoLTE subscriber; transmitting (270; 275; 280), to the UE, a message indicating whether the access to the mobile communication system is allowed, wherein access to the mobile communication system is allowed in case that the voice domain preference information indicates that only VoLTE is supported by the UE and the user of the UE is the VoLTE subscriber.
A fluid communication structure adapted to provide fluid communication between a liquid containing section containing a liquid and a liquid consuming section consuming the liquid, said fluid communication structure comprising: said liquid containing section and said liquid consuming section; a liquid chamber communicating with said liquid consuming section; and plural communication channels (53, 54; 73, 74; 83, 84) which provide communication between said liquid chamber and said liquid containing section, wherein said liquid chamber forms a closed space except said plural communication channels (53, 54; 73, 74; 83, 84) and said liquid consuming section, wherein said plural communication channels (53, 54; 73, 74; 83, 84) have different heights of their opening positions located within the liquid chamber with reference to a vertical direction such that, in a state where a gas exists inside said liquid chamber, the gas can be transferred to said liquid containg section via a part of said plural communication channels, characterised in that the opening position of said communication channel (54; 74; 84) through which the gas moves is positioned above, and the opening position of said communication channel (53, 73, 83) through which the liquid passes is positioned below, and that during liquid consumption said liquid chamber is positioned below said liquid containing section and above said liquid consuming section with reference to the vertical direction. said liquid containing section and said liquid consuming section; a liquid chamber communicating with said liquid consuming section; and plural communication channels (53, 54; 73, 74; 83, 84) which provide communication between said liquid chamber and said liquid containing section, wherein said liquid chamber forms a closed space except said plural communication channels (53, 54; 73, 74; 83, 84) and said liquid consuming section, wherein said plural communication channels (53, 54; 73, 74; 83, 84) have different heights of their opening positions located within the liquid chamber with reference to a vertical direction such that, in a state where a gas exists inside said liquid chamber, the gas can be transferred to said liquid containg section via a part of said plural communication channels, characterised in that the opening position of said communication channel (54; 74; 84) through which the gas moves is positioned above, and the opening position of said communication channel (53, 73, 83) through which the liquid passes is positioned below, and that during liquid consumption said liquid chamber is positioned below said liquid containing section and above said liquid consuming section with reference to the vertical direction.
A method for transmitting a downlink shared control channel including a control information necessary for restoring a data signal using multiple antennas in a mobile communication system, the method comprising the steps of: determining whether the data signal is coded with two or more codewords before being transmitted or not; selecting a first element index of a sub-codebook configured with a Rank-1 transmission-dedicated precoding in a precoding codebook when it is determined that the data signal is coded with one codeword or a second element index of a sub-codebook configured with a Rank ≥ 2 transmission-dedicated precoding, when it is determined that the data signal is coded with two or more codewords; generating a control channel by including the selected element index in a precoding information; and mapping the generated control channel to a particular resource block and transmitting the mapped control channel to a particular reception apparatus. determining whether the data signal is coded with two or more codewords before being transmitted or not; selecting a first element index of a sub-codebook configured with a Rank-1 transmission-dedicated precoding in a precoding codebook when it is determined that the data signal is coded with one codeword or a second element index of a sub-codebook configured with a Rank ≥ 2 transmission-dedicated precoding, when it is determined that the data signal is coded with two or more codewords; generating a control channel by including the selected element index in a precoding information; and mapping the generated control channel to a particular resource block and transmitting the mapped control channel to a particular reception apparatus.
A stroller comprising: a stroller body having a front leg, a rear leg, a front support element mounted on the front leg, and a rear support element mounted on the rear leg; and a seat unit having a seat part frame element, and a back part frame element that is joined to the seat part frame element and is swingable with respect to the seat part frame element; wherein: the front support element includes a front support part that is fixed to the seat unit and is swingable with respect to the front leg; and the rear support element includes a rear support part that is pivotably joined to the seat unit and is swingable with respect to the rear leg; characterized in that the front support element includes a width-direction extension pivotably joined to a lower end portion of the front support part and extending in a width direction of the stroller; and the front support part is spaced apart from the front leg through the width-direction extension in the width direction of the stroller. a stroller body having a front leg, a rear leg, a front support element mounted on the front leg, and a rear support element mounted on the rear leg; and a seat unit having a seat part frame element, and a back part frame element that is joined to the seat part frame element and is swingable with respect to the seat part frame element; wherein: the front support element includes a front support part that is fixed to the seat unit and is swingable with respect to the front leg; and the rear support element includes a rear support part that is pivotably joined to the seat unit and is swingable with respect to the rear leg; characterized in that the front support element includes a width-direction extension pivotably joined to a lower end portion of the front support part and extending in a width direction of the stroller; and the front support part is spaced apart from the front leg through the width-direction extension in the width direction of the stroller. the front support element includes a front support part that is fixed to the seat unit and is swingable with respect to the front leg; and the rear support element includes a rear support part that is pivotably joined to the seat unit and is swingable with respect to the rear leg; characterized in that the front support element includes a width-direction extension pivotably joined to a lower end portion of the front support part and extending in a width direction of the stroller; and the front support part is spaced apart from the front leg through the width-direction extension in the width direction of the stroller.
A method of evaluating an earth formation comprising: (a) activating a seismic source at at least one source position and generating seismic waves into said earth formation, (b) receiving three components of seismic data at a plurality of receiving positions (221, 223, 225) the at least one source position and the plurality of receiver positions defining a plurality of source-receiver pairs; characterized in that it further comprises (c) processing the three components of the seismic data to define a contribution from each of the plurality of source-receiver pairs to an amplitude of an image at a plurality of image points using traveltimes from the at least one source position to the plurality of image points in the earth formation and traveltimes from the plurality of image points to the plurality of receiving positions, said processing using a 3 component, 3-D Kirchhoff prestack migration with a 3-D reflection wavefield vector; and (d) combining, at each of the plurality of image points, the contributions to the amplitude from each of the plurality of source-receiver pairs, to form a migrated image of the earth formation. (a) activating a seismic source at at least one source position and generating seismic waves into said earth formation, (b) receiving three components of seismic data at a plurality of receiving positions (221, 223, 225) the at least one source position and the plurality of receiver positions defining a plurality of source-receiver pairs; characterized in that it further comprises (c) processing the three components of the seismic data to define a contribution from each of the plurality of source-receiver pairs to an amplitude of an image at a plurality of image points using traveltimes from the at least one source position to the plurality of image points in the earth formation and traveltimes from the plurality of image points to the plurality of receiving positions, said processing using a 3 component, 3-D Kirchhoff prestack migration with a 3-D reflection wavefield vector; and (d) combining, at each of the plurality of image points, the contributions to the amplitude from each of the plurality of source-receiver pairs, to form a migrated image of the earth formation.
OSSB panel (Oriented Structural Straw Board), which comprises at least two outer layers, wherein at least one of the outer layers comprises binder covered and compressed material particles mostly of longitudinal split straw, wherein the layer has a first surface and a second surface at the opposite side of the layer, wherein both surfaces extend in parallel to the OSSB panel surface and have in cross direction a distance to each other of the size of the layer thickness of the layer, characterized in that the layer comprises material particles with a length L over an entirely covered length range of 0 < L ≤ 120 mm, which can be subdivided into six equal length segments, wherein the length distribution of the material particles of the layer of the OSSB panel covers each of these length segments, and material particles with a length > 9,5 mm are comprised in the first surface of the layer with a portion of > 35 % and in the second surface of the selfsame layer with a portion of < 20 %, wherein every material particle is regarded as comprised by the surface, if it is partly visible at the surface, wherein the length L of the material particles then correspond to at least the visible length, which can be assigned to the selfsame material particle.
Polarity reversal protection circuit comprising a MOSFET and a turn-off circuit, characterized in that the turn-off circuit comprises - a detector, the first input of which is connected to the source terminal and the second input of which is connected to the drain terminal of the MOSFET, and the output of which is connected to the switching input of a quick-break switch arranged between source terminal and gate terminal of the MOSFET, - a comparator, the first input of which is connected to the source terminal and the second input of which is connected to the drain terminal of the MOSFET, and the output of which is connected to the gate terminal of the MOSFET, - a boost converter, the input of which is connected to the drain terminal of the MOSFET, - a buck converter, the input of which is connected to the output of the boost converter, and the output of which is available for supplying a load, and which has a switching node, - a charge pump, the first input of which is connected to the output of the boost converter and the second input of which is connected to the switching node, and which has a first output connected to the gate terminal of the MOSFET, and - a switch arranged between a supply terminal of the comparator and a second output of the charge pump and connected to the output of the detector. - a detector, the first input of which is connected to the source terminal and the second input of which is connected to the drain terminal of the MOSFET, and the output of which is connected to the switching input of a quick-break switch arranged between source terminal and gate terminal of the MOSFET, - a comparator, the first input of which is connected to the source terminal and the second input of which is connected to the drain terminal of the MOSFET, and the output of which is connected to the gate terminal of the MOSFET, - a boost converter, the input of which is connected to the drain terminal of the MOSFET, - a buck converter, the input of which is connected to the output of the boost converter, and the output of which is available for supplying a load, and which has a switching node, - a charge pump, the first input of which is connected to the output of the boost converter and the second input of which is connected to the switching node, and which has a first output connected to the gate terminal of the MOSFET, and - a switch arranged between a supply terminal of the comparator and a second output of the charge pump and connected to the output of the detector.